cembre group profile
DESCRIPTION
Cembre (Costruzioni elettromeccaniche bresciane, the international electro-mechanical manufacturing concern based in Brescia) has prepared this presentation in order to bring our product offering to the attention of those who are not yet familiar with us and as an aide memoire for those who have already paid us a visit and know what we can do.Cembre was established in April 1969 and has been producing electrical connectors and related accessories ever since.TRANSCRIPT
C o s t r u z i o n i E l e t t r o m e c c a n i c h e B r e s c i a n e
G r o u p P r o f i l e
40 years of electrical connections
Cembre • costruzioni elettromeccaniche bresciane
1
corporate presentation 2
our headquarters 4
our products 6
growth 16
Cembre on the stock market 18
quality certification and the environment 20
the Cembre group 22
Cembre Ltd 24
Cembre S.p.A.
design 28
our laboratories and test facilities 30
the workshop 34
warehousing and distribution 42
our sales network 44
the website 46
the historical context 48
location 50
monoGB0628-CembreGb-1
1
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre (ÒCo struzioni elettromeccaniche brescianeÓ, the international electro-mechanical manufacturing concern based in Brescia) has prepared this presenta-tion in order to bring our product offering to the attention of those who are not yet familiar with us and as an aide memoire for those who have already paid us a visit and know what we can do. Cembre was established in April 1969 and has been producing electrical connectors and related accessories ever since.
The Chairman
Brescia, March 4th, 2009
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
4
At its Brescia headquarters, Cembre has around 31,000 m2 of space dedicated to offices, factories, laboratories and other departments, on a site covering over 115,000 m2. By intelligently using the available space and through a rational organisation, we have cre-ated a comfortable, safe and efficient working environment.
1
our headquarters
monoGB0628-CembreGb-1
1
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
5
3
1 - “The Lion of St. Mark”: a period bas-relief, owned by Cembre, displayed at the entrance
2 - Dispatch area3 - Automated warehouse4 - Frontage of the main office
building5 - Aerial view of the site
4
5
2
monoGB0628-CembreGb-1
1
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
6
Linear format crimping tools
next generation powerful battery tooling
from CembreLinear forrrrmmmmaat crimmmmp g
nexxxxtttt ggenerrrraaaation pppppowerfuuuullll battteeeerryy toolingg
ffffrfrf om CCCCemmmmbbbbre
The Cembre product portfolio comprises 5 main families:
• Electrical terminations and cable accessories• Related installation tools • Cable glands and accessories• Products for the railway industry• Identification & labelling systems
Cembre produces various ranges of termina-tions for different uses:– plain or pre-insulated for plant and
control panels, for use with low voltage cables with sections between 0.25 and 1200 mm2
– for medium voltage cables– for shunts and earthing networks– for bare overhead lines made of copper, alu-
minium, Aldrey and steel-cored aluminium– for special applications, in shapes and sizes
customised for particular purposes.
our products
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
77
1 - Colour-coded terminations for the American market
2 - “Tulip” terminals3 - Flared terminals4 - Pre-insulated end sleeves5 - Crimp termination overview
3
5
4
2
1
Our termination products use exclusively electrolytic copper of minimum purity 99.95% Cu and aluminium for electrical purposes with minimum purity 99.5% Al.Additionally, copper terminations undergo an annealing process to optimise the struc-tural characteristics of the metal.
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
8
6 - Copper LV cable terminations & braids
7 - Aluminium LV and MV cable terminations
8 - Terminations for overhead lines9 - Chain-fed terminals
6 7 8
999
monoGB0628-CembreGb-1
1
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
9
Cembre produces a complete range of indi-rect clamping single-pole terminal blocks for commercial and industrial engineering ap-plications, eg. power distribution and equi-potential bonding. Original design features enable connections to be made with optimum reliability:– the ample connection capacity allows a
number of conductors to be inserted in a terminal, even of different sections, whilst remaining fully compliant with the rel-evant standards
– the indirect clamping optimises the con-tact resistance, keeping it stable over time, while the ability to disconnect conductors individually in the ZETApiù series satisfies regulatory requirements.
3 - Single-pole multi-way ter-minal blocks
4 / 5 / 6 / 7 - Examples of ZETApiù terminal blocks in industrial control panels and junction boxes
8 - Two-pole and four-pole distribution blocks
9 / 10 - Examples of distribu-tion blocks in industrial control panels
1
2 4
3
5 6
7
10
9
8
1 - One-way terminals 2 - Example of ZETAmini termi-
nal blocks inside junction boxes
Cembre • costruzioni elettromeccaniche bresciane
8
6 - Copper LV cable terminations & braids
7 - Aluminium LV and MV cable terminations
8 - Terminations for overhead lines9 - Chain-fed terminals
6 7 8
999
monoGB0628-CembreGb-1
1
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
10
Cembre produces three market-leading families of tools for installing electrical termi-nations:
HYDRAULIC TOOLS: based on the “hydraulic jack” principle where oil under pressure drives
a piston, are available in manual versions or as press heads for use with a pump providing a maxi-mum pressure of 700 bar (691 atmospheres) and despite their compact size, are capable of generating considerable force.
The manual versions comprise a pump body integrated with a toolhead for crimping or cutting, and a built-in safety valve; some have two piston travel speeds, with auto-matic transition from high to low speed
1 - Press heads and hydraulic tools for crimping
2 - Press heads and hydraulic tools for cutting
3 - Hydraulic pumps4 - Insulated hydraulic tools5 - GS approved cable cutting
unit
a piston, are available in manual versions or as press heads for use with a pump providing a maxi-mum pressure of 700 bar (691 atmospheres) and despite their compact size, are capable of generating 1
2
3
5
4
when the dies come into contact with the termination being crimped.
Cembre • costruzioni elettromeccaniche bresciane
77
1 - Colour-coded terminations for the American market
2 - “Tulip” terminals3 - Flared terminals4 - Pre-insulated end sleeves5 - Crimp termination overview
3
5
4
2
1
Our termination products use exclusively electrolytic copper of minimum purity 99.95% Cu and aluminium for electrical purposes with minimum purity 99.5% Al.Additionally, copper terminations undergo an annealing process to optimise the struc-tural characteristics of the metal.
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
11
Our range of manual hydraulic tools in-cludes models capable of delivering maxi-mum forces of 45-60-80-100-130 kN.
Cembre hydraulic press heads connect via flexible hose to pumps with a maximum working pressure of 700 bar, and come in various shapes and sizes to meet a variety of engineering requirements. They are suitable for crimping terminations up to 1200 mm2. The range of maximum forces delivered is: 80-100-130-230-450-530 kN. Cembre pumps for use with hydraulic press heads can be operated via pedal, com-pressed air, or mains- or battery-powered electric motor. All are equipped with a maxi-mum pressure safety valve.
Our family of portable battery-operated hy-draulic crimping and cutting tools has en-joyed considerable recent growth and suc-cess. They facilitate working without undue strain, even in confined spaces and without power sources.
cess. They facilitate working without undue strain, even in confined spaces and without power sources.
6 - Battery-powered hydraulic linear format crimping and cutting tools
7 - Battery-powered hydraulic crimping tools
8 - Battery-powered hydraulic cutting tools
6
8
7
Cembre • costruzioni elettromeccaniche bresciane
6
Linear format crimping tools
next generation powerful battery tooling
from CembreLinear forrrrmmmmaat crimmmmp g
nexxxxtttt ggenerrrraaaation pppppowerfuuuullll battteeeerryy toolingg
ffffrfrf om CCCCemmmmbbbbre
The Cembre product portfolio comprises 5 main families:
• Electrical terminations and cable accessories• Related installation tools • Cable glands and accessories• Products for the railway industry• Identification & labelling systems
Cembre produces various ranges of termina-tions for different uses:– plain or pre-insulated for plant and
control panels, for use with low voltage cables with sections between 0.25 and 1200 mm2
– for medium voltage cables– for shunts and earthing networks– for bare overhead lines made of copper, alu-
minium, Aldrey and steel-cored aluminium– for special applications, in shapes and sizes
customised for particular purposes.
our products
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
12
MECHANICAL TOOLS: these competitively priced tools are suitable for use in a range of settings, including control panels and plant engineering, for installing termina-tions on conductors with sections up to 120 mm2. They are generally made from suitably treated special steels and require minimal maintenance. For added convenience they are equipped with a mechanical ratchet to control the crimping. They are available with one or more fixed or adjustable dies.control the crimping. They are available with
BENCH PRESSES: well-suited to installing large batches of small-section connectors at high speed, these units require a compressed air supply, so are ideally set up as fixed work stations.
1 - Bench presses 2 - Press for pre-insulated chain-fed
terminations 3 - Crimpstar® mechanical ratchet
crimp tools4 - TN mechanical ratchet crimp
tools5 - nd® mechanical ratchet crimp
tools
1 - Bench presses 2 - Press for pre-insulated chain-fed
terminations 3 - Crimpstar® mechanical ratchet
crimp tools4 - TN mechanical ratchet crimp
tools5 - nd® mechanical ratchet crimp
tools
1
2
5
4
3
Cembre • costruzioni elettromeccaniche bresciane
5
3
1 - “The Lion of St. Mark”: a period bas-relief, owned by Cembre, displayed at the entrance
2 - Dispatch area3 - Automated warehouse4 - Frontage of the main office
building5 - Aerial view of the site
4
5
2
monoGB0628-CembreGb-1
1
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
4
At its Brescia headquarters, Cembre has around 31,000 m2 of space dedicated to offices, factories, laboratories and other departments, on a site covering over 115,000 m2. By intelligently using the available space and through a rational organisation, we have cre-ated a comfortable, safe and efficient working environment.
1
our headquartersCembre • costruzioni elettromeccaniche bresciane
13
Cembre produces an extensive range of ca-ble glands and accessories in various plastic materials, brass and stainless steel for control panels and engineering applications.The range includes:– cable glands and accessories made of
Polyamide PA6.6 – ATEX cable glands made of Polyamide
PA6.6 with enhanced safety– cable glands and accessories made of
Brass or Nickel-coated brass– Stainless steel cable glands and accessories– gaskets, clips and tubing connectors.gaskets, clips and tubing connectors.
1 - Cable glands and acces-sories from the MAXIblock® range
2 - Enhanced safety ATEX cable glands
3 - Cable glands from the MAXIbrass® range
4 - Cable glands from the MAXIinox range
5 - Cable glands from the spiralblock® range
6 - Clips from the SICURclips® range
7 - Connectors from the UFO range
12
3
45
6
7
1
monoGB0628-CembreGb-1
1
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
B
ianc
a 1
0/28
/10
14
:08:
13
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Bia
nca
10/
28/1
0
14:0
8:13
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
14
Cembre offers specific product lines for the railway industry, including:
– Electrical contacts for rail connections and related installation tools; these products ensure maximum reliability of the electri-cal connections to the track, both for the power supply and for signalling and safety.
– Special terminals and connectors.– Drills for rails and track equipment, pow-
ered by electric motor or petrol engine; they are light, easy to use and with a wide range of optional accessories to enable them to be deployed in the widest range of operating conditions and in very confined spaces.
– Drilling machines for wooden railway sleepers.
1 - Portable impact wrench2 - Portable drilling machines for
rails and sleepers3 - Electrical contact with the rail4 - Hydraulic tool for installing
electrical contacts on the rails5 - Joint for contact wires6 - Battery-operated hydraulic tool
for cutting contact wires7 - Machine for installing and re-
moving PANDROL FASTCLIP couplings
2
3 5
7
466
moving PANDROL FASTCLIP couplings
2
1
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Volta 10/28/10 14:08:16 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
15
Cembre has a growing presence in the Iden-tification & labelling market with 4 main sys-tems covering the needs of users.– MARKINGenius® MG2 is a high resolution
desktop printer based on thermal transfer technology, with a wide range of easy to use markers, legends and labels in sheet format suitable for identifying cables, devices and components in electrical control panels.
– Rolly1000 thermal transfer printer with 300dpi resolution is ideal for the rapid pro-duction of high volumes of markers, leg-end or labels in reel format, without opera-tor intervention.
– PLOT SYSTEM utilises the classic A3 flat-bed plotter with ink-pens to produce a wide range of markers, legends and labels suitable for identifying cables, devices and components in electrical control panels.
– RINGcablesysoffers different pre-printed manual sys-tems for identifying cables and electrical components including:- push-in characters and holders- push-on and snap-on characters- tie-on holders for ring type characters- printable self-adhesive and self-laminat-ing labels.
Cembre • costruzioni elettromeccaniche bresciane
technology, with a wide range of easy to use markers, legends and labels in sheet format suitable for identifying cables, devices and components in electrical
Rolly1000 thermal transfer printer with 300dpi resolution is ideal for the rapid pro-duction of high volumes of markers, leg-end or labels in reel format, without opera-
PLOT SYSTEM utilises the classic A3 flat-
1 - MARKINGenius® thermal transfer printer for sheet media
2 - ROLLY 1000 themal transfer printer for reel media
3 - PLOTsystem Plotter ink-based printer
4 - RINGcablesys - manual marking systems
1
2
3
4
Cembre (ÒCo struzioni elettromeccaniche brescianeÓ, the international electro-mechanical manufacturing concern based in Brescia) has prepared this presenta-tion in order to bring our product offering to the attention of those who are not yet familiar with us and as an aide memoire for those who have already paid us a visit and know what we can do. Cembre was established in April 1969 and has been producing electrical connectors and related accessories ever since.
The Chairman
Brescia, March 4th, 2009
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
1
V
olta
10
/28/
10
14:
08:1
6
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
1
Vol
ta
10/2
8/10
1
4:08
:16
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
16
As we look to the future, we take strength from the steady and continuous growth of our company and the commitment and en-thusiasm of all our staff.
growth
Information systems are taking on an in-creasingly critical role in business, regardless of the industry sector. During 2008, CembreS.p.A. made a major strategic investment in implementing the new SAP information sys-tem, universally acknowledged as the world leading ERP (Enterprise Resource Planning) product. The powerful data integration facil-ities and the ease of navigating the informa-tion, together with the comprehensive and effective structure applied to the business processes, represent at the same time both the achievement of a goal and the starting point for a process of continual enhance-ment of the Group’s information systems.
Cembre • costruzioni elettromeccaniche bresciane
1
corporate presentation 2
our headquarters 4
our products 6
growth 16
Cembre on the stock market 18
quality certification and the environment 20
the Cembre group 22
Cembre Ltd 24
Cembre S.p.A.
design 28
our laboratories and test facilities 30
the workshop 34
warehousing and distribution 42
our sales network 44
the website 46
the historical context 48
location 50
monoGB0628-CembreGb-1
11
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 1 Bianca 10/28/10 14:08:13 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
17
Cembre SpACembre Group
TURN OVER € (millions)
CASH FLOW € (millions)
STAFF (n°)
C e m b r e S. p. A. G r o u p1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008
TURN OVER € (millions) 4,6 5,8 7,1 8,8 10,9 11,4 14,4 16,4 18 18,5 18,4 20,5 26,7 28,7 33,5 37,8 45 50,4 56 56,9 59,9 65,3 70 83,9 93,4 94,3
EXPORT € (millions) 1,5 1,7 2,2 2,1 2,3 2,9 3,7 4,4 5,8 5,9 6,2 7,2 9,3 9,4 14,7 17,3 20,8 24 27,9 29,4 30,1 34 38,8 46,8 54,1 53,2% of turn over 32 28 30 23 20 24 25.7 26.8 32 32 33.7 34.8 35 32.7 44 45.6 46,2 47,7 49,8 51,7 50,3 52,1 55,4 55,8 58 56,4
CASH FLOW € (millions) 0,6 0,8 1 1,4 1,8 1,7 2,2 2,4 2,6 2,3 2,5 2,8 4,5 4,1 5,8 5,5 7 7,5 7,9 7,2 7,5 8,6 10,3 12,5 15,2 13,9
STAFF (N°) 107 122 128 141 142 153 172 174 176 183 183 192 214 216 285 312 353 384 417 453 468 462 463 476 525 545
quoted on the italian stock exchange
C e m b r e S. p. A. G r o u p
1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 20085 5 0 5 5 05 3 5 5 3 55 2 0 5 2 05 0 5 5 0 54 9 0 4 9 04 7 5 4 7 54 6 0 4 6 04 4 5 4 4 54 3 0 4 3 04 1 5 4 1 54 0 0 4 0 03 8 5 3 8 53 7 0 3 7 03 5 5 3 5 53 4 0 3 4 03 2 5 3 2 53 1 0 3 1 02 9 5 2 9 52 8 0 2 8 02 6 5 2 6 52 5 0 2 5 02 3 5 2 3 52 2 0 2 2 02 0 5 2 0 51 9 0 1 9 01 7 5 1 7 51 6 0 1 6 01 4 5 1 4 51 3 0 1 3 01 1 5 1 1 51 0 0 1 0 0
1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 20081 5 , 5 1 5 , 51 4 , 5 1 4 , 51 3 , 4 1 3 , 41 2 , 4 1 2 , 41 1 , 4 1 1 , 41 0 , 3 1 0 , 3
9 , 3 9 , 38 , 3 8 , 37 , 2 7 , 26 , 2 6 , 25 , 2 5 , 24 , 1 4 , 13 , 1 3 , 12 , 1 2 , 11 , 0 1 , 0
0 0
1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 20089 8 , 4 9 8 , 49 5 , 8 9 5 , 89 3 , 2 9 3 , 29 0 , 6 9 0 , 68 8 , 0 8 8 , 08 5 , 4 8 5 , 48 2 , 8 8 2 , 88 0 , 2 8 0 , 27 7 , 6 7 7 , 67 5 , 0 7 5 , 07 2 , 4 7 2 , 46 9 , 8 6 9 , 86 7 , 2 6 7 , 26 4 , 6 6 4 , 66 2 , 0 6 2 , 05 9 , 4 5 9 , 45 6 , 8 5 6 , 85 4 , 2 5 4 , 25 1 , 6 5 1 , 64 9 , 1 4 9 , 14 6 , 5 4 6 , 54 3 , 9 4 3 , 94 1 , 3 4 1 , 33 8 , 7 3 8 , 73 6 , 8 3 6 , 83 3 , 6 3 3 , 63 1 , 0 3 1 , 02 8 , 4 2 8 , 42 5 , 8 2 5 , 82 3 , 2 2 3 , 22 0 , 7 2 0 , 71 8 , 1 1 8 , 11 5 , 5 1 5 , 51 2 , 9 1 2 , 91 0 , 3 1 0 , 3
7 , 7 7 , 75 , 2 5 , 2
0 0
monoGB0628-CembreGb-2
22
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
18
Cembre on the stock marketCembre has been quoted on the Italian stock market since 1997.This extremely important step forward in the development of the company, achieved under the guidance of a highly committed management team, has opened up its capi-tal to the market and to investors in Italy and further afield.
1
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
19
This significant decision provided new in-vestment enabling Cembre to increase its rate of growth, enhancing its production capacity and developing its sales network in Italy and beyond. This growth will enable Cembre to seize the opportunities of a developing market, and to consolidate and strengthen its position as the no. 1 Italian producer (and one of the leaders in Europe) of electrical terminations and associated installation tools.
1 - Frontage of the Italian stock exchange
2 - Palazzo Mezzanotte, in Piazza Affari, Milan
3 - Cembre Reports and Ac-counts
2
33
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
20
quality certificationThe quality of Cembre products is assured through its quality certification. This ensures constantly high production standards.The quality assurance system, which is in-spired by the ISO 9001 standard, covers all parts of the Cembre organisation.The structure of the system is set out in a manual, and the working processes are doc-umented in appropriate procedures.Quality Control staff are involved from de-livery of the raw materials right through all phases of production to the warehousing and subsequent marketing of the finished product.
Our quality control equipment is calibrated at predetermined intervals to maintain its high precision.All the data gathered is processed against sta-tistical indices which enable action to be taken in real time to maintain product quality.A number of important multinational com-panies have inspected our quality system and included Cembre on their approved supplier lists.
monoGB0628-CembreGb-2
2
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
21
Cembre S.p.A. was awarded certification by Lloyd’s Reg-ister Quality Assurance (LRQA) of London on December 14th 1990 that its Quality System used in the “Production of insulated and non-insulated copper connectors and crimping terminals” is compliant with the following stand-ards: ISO 9002 - 1987 EN 29002 - 1987 BS 5750: Part 2: 1987.Subsequently, on December 22nd 1992, Cembre S.p.A. was awarded ISO 9001 certification for “the Design and Manu-facture of accessories for cables, electrical connectors and related tools”.The work carried out at the main headquarters in Brescia, together with the regional of-fices in Italy and the subsidiary companies in the UK, France, Spain, Germany and the USA, is now all managed via a single Quality System, which is com-pliant with the requirements of the ISO 9001:2000 standard for: Design, manufacture and sales of electrical connectors and associ-ated tools, cable accessories, mark-ing systems, toolings and products for railway applications. In house repair, refurbishment and calibration of toolings.
This ensures a consistent and high level of quality in the products and services of-fered by Cembre to all its customers.
Certified QualityManagement System
environmentCembre S.p.A. has recently recognised the need to align its Environmental Manage-ment System with the spirit and content of UNI EN ISO 14001: 2004 as fundamental to future development. To this end the company undertook a wide-ranging review of all functions including de-velopment and design stages, material selec-tion, usage and manufacturing processes.
The resulting definition of operational pro-cedures in line with these aims and provi-sions has enabled Cembre S.p.A. to achieve Environmental Certification, further
highlighting the companies sensitive and careful approach to environmen-
tal protection.
Certified EnvironmentalManagement System
of insulated and non-insulated copper connectors and crimping terminals” is compliant with the following stand-
ISO 9002 - 1987 EN 29002 - 1987 BS 5750: Part
Subsequently, on December 22nd 1992, Cembre S.p.A. was nd 1992, Cembre S.p.A. was nd
certification for “the Design and Manu-facture of accessories for cables, electrical connectors and
The work carried out at the main headquarters in Brescia, together with the regional of-Brescia, together with the regional of-Brescia, together with the regional offices in Italy and the subsidiary companies in the UK, France, Spain, Germany and the USA, is now all managed via a single Quality System, which is com-pliant with the requirements of
standard for: Design, manufacture and sales of electrical connectors and associ-ated tools, cable accessories, mark-ing systems, toolings and products for railway applications. In house repair, refurbishment and calibration
This ensures a consistent and high level of quality in the products and services of-of quality in the products and services of-of quality in the products and services offered by Cembre to all its customers.
UNI EN ISO 14001: 2004to future developmentTo this end the company undertook a wide-
tion, usage and manufacturing processes.
To this end the company undertook a wide-To this end the company undertook a wide-ranging review of all functions including deranging review of all functions including de-velopment and design stages, material selecvelopment and design stages, material selec-tion, usage and manufacturing processes. tion, usage and manufacturing processes.
The resulting definition of operational procedures in line with these aims and provisions has enabled Cembre S.p.A. to achieve Environmental Certification
highlighting the companies sensitive and careful approach to environmen
tal protection.
To this end the company undertook a wide-ranging review of all functions including development and design stages, material selecvelopment and design stages, material selection, usage and manufacturing processes. tion, usage and manufacturing processes.
monoGB0628-CembreGb-2
2
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
22
• costruzioni elettromeccaniche bresciane
the Cembre groupThe Cembre group is made up of eight com-panies. The controlling company, based in Brescia, is the main production unit, the oth-ers being Cembre Ltd in Birmingham, UK, and General Marking S.r.l., with administrative headquarters in Brescia and production fa-cilities in Bergamo. The other five companies are purely sales-focused, and are located in Paris, Madrid, Oslo, Munich and Edison, New Jersey (USA).Our presence on the ground in several impor-tant western European countries enables the group to work directly and effectively with the individual markets, enhancing our exposure to the customers and ensuring immediate availability of a highly qualified technical and sales service.
Cembre SpA
General Marking Srl
Cembre Sarl
Cembre EspañaSL
Cembre Ltd
Cembre GmbH
Cembre AS
Cembre S.p.A.Brescia (Italy)
General Marking S.r.l.Bergamo (Italy)
Cembre Ltd. Birmingham (UK)
Cembre S.a.r.l. Paris (France)
Cembre España S.L. Madrid (Spain)
Cembre AS Stokke (Norway)
Cembre GmbH Munich (Germany)
Cembre Inc.Edison, New Jersey (USA)
Cembre S.p.A.head office in Brescia (ITALY)head office in Brescia (ITALY)
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
23
Cembre Ltd is one of the pro-duction units in the Cembre group. Since its establishment in December 1986, the company has enjoyed years of continuous growth. Its main office, labora-tories and works are located in Curdworth, near Birmingham, whilst its active sales force serves customers throughout the UK.
Cembre Sarl has been continu-ally developing its presence in the French market since 1988. Its head-quarters, including laboratories and warehouse facilities, are in Morang-is, near Paris while other Cembre sales staff are conveniently located in Lyon, Orleans and Toulouse.
Cembre Inc, based in New Jer-sey, was founded in March 1999 to supply a full range of products suitable for the American market. It provides technical consul-
Cembre España SL, was estab-lished in 1994 and has achieved rapid success in the Spanish ter-minations and associated tools market. The main headquarters and the warehouse facility are located in Madrid, while other Cembre sales staff are conveniently lo-cated in Barcelona and Valencia.
Cembre GmbH of Munich was established in 1997 to provide direct support and a full range of group products to our customers in the German market.
General Marking srl is a recently established wholly controlled sub-sidiary of Cembre S.p.A., working in the identification and labelling market. The company’s registered office is in Brescia while its main operational base is in Calcinate (near Bergamo). It offers a product catalogue of over 12,000 items.
Cembre AS of Stokke was founded in 1995 and has a proven track record of service to our customers in Norway and throughout Scandinavia.
tancy, sales, maintenance and parts distribution services, while other Cembre sales and support staff are conveniently located in many other parts of the USA
, based in New Jer-sey, was founded in March 1999 to supply a full range of products suitable for the American market. It provides technical consul-
tancy, sales, maintenance and parts distribution services, while other Cembre sales and support staff are conveniently located in many other parts of the USA
tancy, sales, maintenance and parts distribution services, while other Cembre sales and support staff are conveniently located in
Cembre Inc.
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
24
Cembre LtdCembre Ltd is the Cembre group’s second European production unit. Founded in 1986, Cembre Ltd has enjoyed constant growth and has now achieved a position of consid-erable substance. It began with a small warehouse in the nearby industrial area of Coleshill, subse-quently moving to the current premises in Curdworth with 6,000 m2 of space (includ-ing 4,000 m2 indoors), all wholly owned by the company.
1
2
Birmingham, UK
monoGB0628-CembreGb-2
2
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
25
1 - Cembre Ltd, aerial view2 - Cembre Ltd, frontage3 / 4 - Conference room and offices5 - Technical department 6 - Demonstration room
It is located on the industrial outskirts to the east of Birmingham, the UK’s second city in the heart of the Midlands and once home of iron and steel and the motor car, where highly qualified allied industries are readily avail-able to complement our production work. Cembre Ltd is dedicated primarily to the UK market, and its production output can read-ily meet the particular requirements of this market; the company’s flexibility also enables it to offer support to the other Cembre group companies.
3 4
5 6
Cembre • costruzioni elettromeccaniche bresciane
24
Cembre LtdCembre Ltd is the Cembre group’s second European production unit. Founded in 1986, Cembre Ltd has enjoyed constant growth and has now achieved a position of consid-erable substance. It began with a small warehouse in the nearby industrial area of Coleshill, subse-quently moving to the current premises in Curdworth with 6,000 m2 of space (includ-ing 4,000 m2 indoors), all wholly owned by the company.
1
2
Birmingham, UK
monoGB0628-CembreGb-2
2
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
26
5 6
8
9
5 / 6 - Tool assembly and repair department
7 / 8 / 9 - Manufacturing and production facilities
7
Cembre • costruzioni elettromeccaniche bresciane
23
Cembre Ltd is one of the pro-duction units in the Cembre group. Since its establishment in December 1986, the company has enjoyed years of continuous growth. Its main office, labora-tories and works are located in Curdworth, near Birmingham, whilst its active sales force serves customers throughout the UK.
Cembre Sarl has been continu-ally developing its presence in the French market since 1988. Its head-quarters, including laboratories and warehouse facilities, are in Morang-is, near Paris while other Cembre sales staff are conveniently located in Lyon, Orleans and Toulouse.
Cembre Inc, based in New Jer-sey, was founded in March 1999 to supply a full range of products suitable for the American market. It provides technical consul-
Cembre España SL, was estab-lished in 1994 and has achieved rapid success in the Spanish ter-minations and associated tools market. The main headquarters and the warehouse facility are located in Madrid, while other Cembre sales staff are conveniently lo-cated in Barcelona and Valencia.
Cembre GmbH of Munich was established in 1997 to provide direct support and a full range of group products to our customers in the German market.
General Marking srl is a recently established wholly controlled sub-sidiary of Cembre S.p.A., working in the identification and labelling market. The company’s registered office is in Brescia while its main operational base is in Calcinate (near Bergamo). It offers a product catalogue of over 12,000 items.
Cembre AS of Stokke was founded in 1995 and has a proven track record of service to our customers in Norway and throughout Scandinavia.
tancy, sales, maintenance and parts distribution services, while other Cembre sales and support staff are conveniently located in many other parts of the USA
, based in New Jer-sey, was founded in March 1999 to supply a full range of products suitable for the American market. It provides technical consul-
tancy, sales, maintenance and parts distribution services, while other Cembre sales and support staff are conveniently located in many other parts of the USA
tancy, sales, maintenance and parts distribution services, while other Cembre sales and support staff are conveniently located in
Cembre Inc.
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
27
Cembre Ltd Birmingham, UK
10
1112
13
10 - Assembly and packing department11 - Automatic warehouse and dispatch12 - Laboratory and test facilities13 - Rail track for testing and demonstra-
tions
Cembre • costruzioni elettromeccaniche bresciane
22
• costruzioni elettromeccaniche bresciane
the Cembre groupThe Cembre group is made up of eight com-panies. The controlling company, based in Brescia, is the main production unit, the oth-ers being Cembre Ltd in Birmingham, UK, and General Marking S.r.l., with administrative headquarters in Brescia and production fa-cilities in Bergamo. The other five companies are purely sales-focused, and are located in Paris, Madrid, Oslo, Munich and Edison, New Jersey (USA).Our presence on the ground in several impor-tant western European countries enables the group to work directly and effectively with the individual markets, enhancing our exposure to the customers and ensuring immediate availability of a highly qualified technical and sales service.
Cembre SpA
General Marking Srl
Cembre Sarl
Cembre EspañaSL
Cembre Ltd
Cembre GmbH
Cembre AS
Cembre S.p.A.Brescia (Italy)
General Marking S.r.l.Bergamo (Italy)
Cembre Ltd. Birmingham (UK)
Cembre S.a.r.l. Paris (France)
Cembre España S.L. Madrid (Spain)
Cembre AS Stokke (Norway)
Cembre GmbH Munich (Germany)
Cembre Inc.Edison, New Jersey (USA)
Cembre S.p.A.head office in Brescia (ITALY)head office in Brescia (ITALY)
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
28
03
63
200
130
35
28
106
See TABLE 3�See TABLE 3�Voir TABLEAU 3�Voir TABLEAU 3�
SieheTABELLE 3�SieheTABELLE 3�Ver TABLA 3�Ver TABLA 3�
Vedere TAVOLA 3�Vedere TAVOLA 3�
See TABLE 2�See TABLE 2�Voir TABLEAU 2�Voir TABLEAU 2�
SieheTABELLE 2�SieheTABELLE 2�Ver TABLA 2�Ver TABLA 2�
Vedere TAVOLA 2�Vedere TAVOLA 2�
57
126
21
22
116
117
114
110
34
23 32
133
108
140
60
Voir TABLEAU 7�Voir TABLEAU 7�SieheTABELLE 7�SieheTABELLE 7�
Ver TABLA 7�Ver TABLA 7�Vedere TAVOLA 7�Vedere TAVOLA 7�
133
105
123 •
133
designCembre S.p.A. technicians design not only the electrical terminations and associated in-stallation tools, but also the equipment and machinery used to manufacture them. Their principal objective is to produce highly func-tional and reliable components and proc-esses as economically as possible.Two- and three-dimensional CAD systems and finite element analysis systems are key tools.The process of co-ordinating work between the technical office and the production de-partment is optimised via the use of CAD-CAM systems. Experimental testing of the products is carried out in industry leading test facilities.
1
Cembre SpA Brescia
Cembre • costruzioni elettromeccaniche bresciane
21
Cembre S.p.A. was awarded certification by Lloyd’s Reg-ister Quality Assurance (LRQA) of London on December 14th 1990 that its Quality System used in the “Production of insulated and non-insulated copper connectors and crimping terminals” is compliant with the following stand-ards: ISO 9002 - 1987 EN 29002 - 1987 BS 5750: Part 2: 1987.Subsequently, on December 22nd 1992, Cembre S.p.A. was awarded ISO 9001 certification for “the Design and Manu-facture of accessories for cables, electrical connectors and related tools”.The work carried out at the main headquarters in Brescia, together with the regional of-fices in Italy and the subsidiary companies in the UK, France, Spain, Germany and the USA, is now all managed via a single Quality System, which is com-pliant with the requirements of the ISO 9001:2000 standard for: Design, manufacture and sales of electrical connectors and associ-ated tools, cable accessories, mark-ing systems, toolings and products for railway applications. In house repair, refurbishment and calibration of toolings.
This ensures a consistent and high level of quality in the products and services of-fered by Cembre to all its customers.
Certified QualityManagement System
environmentCembre S.p.A. has recently recognised the need to align its Environmental Manage-ment System with the spirit and content of UNI EN ISO 14001: 2004 as fundamental to future development. To this end the company undertook a wide-ranging review of all functions including de-velopment and design stages, material selec-tion, usage and manufacturing processes.
The resulting definition of operational pro-cedures in line with these aims and provi-sions has enabled Cembre S.p.A. to achieve Environmental Certification, further
highlighting the companies sensitive and careful approach to environmen-
tal protection.
Certified EnvironmentalManagement System
of insulated and non-insulated copper connectors and crimping terminals” is compliant with the following stand-
ISO 9002 - 1987 EN 29002 - 1987 BS 5750: Part
Subsequently, on December 22nd 1992, Cembre S.p.A. was nd 1992, Cembre S.p.A. was nd
certification for “the Design and Manu-facture of accessories for cables, electrical connectors and
The work carried out at the main headquarters in Brescia, together with the regional of-Brescia, together with the regional of-Brescia, together with the regional offices in Italy and the subsidiary companies in the UK, France, Spain, Germany and the USA, is now all managed via a single Quality System, which is com-pliant with the requirements of
standard for: Design, manufacture and sales of electrical connectors and associ-ated tools, cable accessories, mark-ing systems, toolings and products for railway applications. In house repair, refurbishment and calibration
This ensures a consistent and high level of quality in the products and services of-of quality in the products and services of-of quality in the products and services offered by Cembre to all its customers.
UNI EN ISO 14001: 2004to future developmentTo this end the company undertook a wide-
tion, usage and manufacturing processes.
To this end the company undertook a wide-To this end the company undertook a wide-ranging review of all functions including deranging review of all functions including de-velopment and design stages, material selecvelopment and design stages, material selec-tion, usage and manufacturing processes. tion, usage and manufacturing processes.
The resulting definition of operational procedures in line with these aims and provisions has enabled Cembre S.p.A. to achieve Environmental Certification
highlighting the companies sensitive and careful approach to environmen
tal protection.
To this end the company undertook a wide-ranging review of all functions including development and design stages, material selecvelopment and design stages, material selection, usage and manufacturing processes. tion, usage and manufacturing processes.
monoGB0628-CembreGb-2
2
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
2929
1 - 3D computation2 - 3D CAD technician at workstation3 - View of the technical department4 - FEA (Finite Element Analysis) image
3
2
4
Cembre • costruzioni elettromeccaniche bresciane
20
quality certificationThe quality of Cembre products is assured through its quality certification. This ensures constantly high production standards.The quality assurance system, which is in-spired by the ISO 9001 standard, covers all parts of the Cembre organisation.The structure of the system is set out in a manual, and the working processes are doc-umented in appropriate procedures.Quality Control staff are involved from de-livery of the raw materials right through all phases of production to the warehousing and subsequent marketing of the finished product.
Our quality control equipment is calibrated at predetermined intervals to maintain its high precision.All the data gathered is processed against sta-tistical indices which enable action to be taken in real time to maintain product quality.A number of important multinational com-panies have inspected our quality system and included Cembre on their approved supplier lists.
monoGB0628-CembreGb-2
2
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
B
ianc
a 1
0/28
/10
14
:08:
18
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Bia
nca
10/
28/1
0
14:0
8:18
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
19
This significant decision provided new in-vestment enabling Cembre to increase its rate of growth, enhancing its production capacity and developing its sales network in Italy and beyond. This growth will enable Cembre to seize the opportunities of a developing market, and to consolidate and strengthen its position as the no. 1 Italian producer (and one of the leaders in Europe) of electrical terminations and associated installation tools.
1 - Frontage of the Italian stock exchange
2 - Palazzo Mezzanotte, in Piazza Affari, Milan
3 - Cembre Reports and Ac-counts
2
33
Cembre • costruzioni elettromeccaniche bresciane
30
Research and testing are key priorities for Cembre S.p.A. The company dedicates the necessary investment to its Laboratory and test facilities, which provide essential support to the design function by ensuring conformance of the physical and electrical properties of the products.
our laboratories and test facilities
2
1
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Volta 10/28/10 14:08:34 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
18
Cembre on the stock marketCembre has been quoted on the Italian stock market since 1997.This extremely important step forward in the development of the company, achieved under the guidance of a highly committed management team, has opened up its capi-tal to the market and to investors in Italy and further afield.
1
Cembre • costruzioni elettromeccaniche bresciane
31
The laboratories are equipped with all the standard instruments, as well as the follow-ing:– equipment for determining the physical
state of metals (crystalline structure anal-ysis);
– a saline chamber for testing the behaviour of materials in aggressive climatic and en-vironmental conditions over time;
– instruments for checking the thickness of the cathodic coatings applied during the tinning, nickel plating, cadmium plating, galvanizing and silvering of connectors;
4
531/2 - Test benches for thermal cycling3 - Micrography of electrolytic copper4 / 5 - Saline chamber tests on electri-
cal connections6 - Sections of crimped terminations7 - Stereographic enlarger
6
7
a saline chamber for testing the behaviour of materials in aggressive climatic and en-
instruments for checking the thickness of the cathodic coatings applied during the tinning, nickel plating, cadmium plating,
4
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
2
V
olta
10
/28/
10
14:
08:3
4
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
2
Vol
ta
10/2
8/10
1
4:08
:34
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
3232
7
8
9
7 - Infrared thermal camera monitoring the progress of thermal cycling tests
8 - Test bench for battery-pow-ered linear format tools
9 - Machine for measuring the force for inserting cable markers in holders
– a computer driven optical system for checking the exact conformation and di-mensions of the products;
– equipment for short circuit testing;– computer controlled test benches for ther-
mal cycling, to check for ageing in the connections, via simulation of extreme operating conditions; the data on the re-sistance and temperature of the connec-tions are captured and processed auto-matically;
– equipment for measuring the dielectric ri-gidity of insulating materials;
– equipment for safety testing to UL 486A;– Infrared thermal camera for real-time
monitoring of thermal cycling tests.
Cembre • costruzioni elettromeccaniche bresciane
17
Cembre SpACembre Group
TURN OVER € (millions)
CASH FLOW € (millions)
STAFF (n°)
C e m b r e S. p. A. G r o u p1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008
TURN OVER € (millions) 4,6 5,8 7,1 8,8 10,9 11,4 14,4 16,4 18 18,5 18,4 20,5 26,7 28,7 33,5 37,8 45 50,4 56 56,9 59,9 65,3 70 83,9 93,4 94,3
EXPORT € (millions) 1,5 1,7 2,2 2,1 2,3 2,9 3,7 4,4 5,8 5,9 6,2 7,2 9,3 9,4 14,7 17,3 20,8 24 27,9 29,4 30,1 34 38,8 46,8 54,1 53,2% of turn over 32 28 30 23 20 24 25.7 26.8 32 32 33.7 34.8 35 32.7 44 45.6 46,2 47,7 49,8 51,7 50,3 52,1 55,4 55,8 58 56,4
CASH FLOW € (millions) 0,6 0,8 1 1,4 1,8 1,7 2,2 2,4 2,6 2,3 2,5 2,8 4,5 4,1 5,8 5,5 7 7,5 7,9 7,2 7,5 8,6 10,3 12,5 15,2 13,9
STAFF (N°) 107 122 128 141 142 153 172 174 176 183 183 192 214 216 285 312 353 384 417 453 468 462 463 476 525 545
quoted on the italian stock exchange
C e m b r e S. p. A. G r o u p
1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 20085 5 0 5 5 05 3 5 5 3 55 2 0 5 2 05 0 5 5 0 54 9 0 4 9 04 7 5 4 7 54 6 0 4 6 04 4 5 4 4 54 3 0 4 3 04 1 5 4 1 54 0 0 4 0 03 8 5 3 8 53 7 0 3 7 03 5 5 3 5 53 4 0 3 4 03 2 5 3 2 53 1 0 3 1 02 9 5 2 9 52 8 0 2 8 02 6 5 2 6 52 5 0 2 5 02 3 5 2 3 52 2 0 2 2 02 0 5 2 0 51 9 0 1 9 01 7 5 1 7 51 6 0 1 6 01 4 5 1 4 51 3 0 1 3 01 1 5 1 1 51 0 0 1 0 0
1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 20081 5 , 5 1 5 , 51 4 , 5 1 4 , 51 3 , 4 1 3 , 41 2 , 4 1 2 , 41 1 , 4 1 1 , 41 0 , 3 1 0 , 3
9 , 3 9 , 38 , 3 8 , 37 , 2 7 , 26 , 2 6 , 25 , 2 5 , 24 , 1 4 , 13 , 1 3 , 12 , 1 2 , 11 , 0 1 , 0
0 0
1983 1984 1985 1986 1987 1988 1989 1990 1991 1992 1993 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 20089 8 , 4 9 8 , 49 5 , 8 9 5 , 89 3 , 2 9 3 , 29 0 , 6 9 0 , 68 8 , 0 8 8 , 08 5 , 4 8 5 , 48 2 , 8 8 2 , 88 0 , 2 8 0 , 27 7 , 6 7 7 , 67 5 , 0 7 5 , 07 2 , 4 7 2 , 46 9 , 8 6 9 , 86 7 , 2 6 7 , 26 4 , 6 6 4 , 66 2 , 0 6 2 , 05 9 , 4 5 9 , 45 6 , 8 5 6 , 85 4 , 2 5 4 , 25 1 , 6 5 1 , 64 9 , 1 4 9 , 14 6 , 5 4 6 , 54 3 , 9 4 3 , 94 1 , 3 4 1 , 33 8 , 7 3 8 , 73 6 , 8 3 6 , 83 3 , 6 3 3 , 63 1 , 0 3 1 , 02 8 , 4 2 8 , 42 5 , 8 2 5 , 82 3 , 2 2 3 , 22 0 , 7 2 0 , 71 8 , 1 1 8 , 11 5 , 5 1 5 , 51 2 , 9 1 2 , 91 0 , 3 1 0 , 3
7 , 7 7 , 75 , 2 5 , 2
0 0
monoGB0628-CembreGb-2
22
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 2 Bianca 10/28/10 14:08:18 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
33
10 11 12
13
10 - Climatic chamber11 - Tension test bench12 - Bench for short circuit testing13 - Vibration test bench14 - Pressure test bench
14
– test bench for accelerated testing of resist-ance to sunlight;
– test benches for mechanical tension tests on components for underground use or for overhead lines;
– test benches for mechanical fatigue tests;– test bench for pressure testing;
monoGB0628-CembreGb-3
3
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
34
Cembre S.p.A. also designs and manufac-tures its own special tools and machines for the production of terminations and associ-ated installation tools. This enables us to make products of guaranteed high quality and uniformity of specification as economi-cally as possible.In the manufacture of its components, tool-ing and other equipment, Cembre S.p.A. uses an array of cutters, lathes, numerical control work stations, wire-spark erosion and plunge-spark erosion machines, which allow a high standard of precision and pro-ductivity to be maintained. The production of the various types of components involves the use of automatic presses powered by intelligent systems and transfers, to ensure high product reliability.
the workshop
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
35
1 - MCN work station2 - Injection moulding3 - Detail of semi-finished steel
products
1
2
3
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
36
monoGB0628-CembreGb-3
3
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
37
A variety of numerically con-trolled production equipment
monoGB0628-CembreGb-3
3
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
38
1
2
3
4
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
39
1 - Detail of a high speed press2 - Annealing furnaces3 - Material cutting section4 - Press section5 - Pre-insulated terminal assembly6 - Detail of pre-insulated terminals7 - Cathodic coatings department
5
6
7
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
40
1
3
2
4
monoGB0628-CembreGb-3
3
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
41
1 - Detail of vertical component stor-age unit
2 - Impact wrenches3 - Rail drilling machines4 - View of tool assembly department5 - Details of hydraulic tools
5
Cembre • costruzioni elettromeccaniche bresciane
40
1
3
2
4
monoGB0628-CembreGb-3
3
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
42
In order to ensure a fast and efficient deliv-ery service to its customers, Cembre S.p.A.keeps a wide range of its most popular products in stock, using a dedicated Data Processing Centre to control the handling movements.
1
3
2
warehousing and distribution
Cembre • costruzioni elettromeccaniche bresciane
39
1 - Detail of a high speed press2 - Annealing furnaces3 - Material cutting section4 - Press section5 - Pre-insulated terminal assembly6 - Detail of pre-insulated terminals7 - Cathodic coatings department
5
6
7
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
43
1 / 2 - Interior of the automatic warehouse
3 - Picking4 - Raw materials warehouse5 / 6 - Packaging department7 - Warehouse interiors
Automatic machines provide a rapid and accurate packaging solution for the various types of components which are sold in bags; these are then put into boxes of modular di-mensions, facilitating well ordered storage on the shelves and quick retrieval.The distribution department adjacent to the warehouse batches up all the materials and packages them in the most suitable way for the method of delivery required by the cus-tomer.
4
6
5
7
Cembre • costruzioni elettromeccaniche bresciane
38
1
2
3
4
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
44
• costruzioni elettromeccaniche bresciane
our sales networkCembre has a distribution network offering excellent coverage of its home country, with its own of-fices and distribution centres in Milan, Brescia, Padua, Bo-logna, Florence and Rome; the other regions of Italy are served by agents providing technical and sales support and extensive stock of products for rapid delivery.Cembre is aware of the economic and so-cial importance of exports, and consequent-ly sets a high priority to understanding and penetrating its main foreign markets, with their particular technical challenges, com-petitiive issues and national standards.
Group companies
Italian regional centres
International agents
MunichMunich
BresciaBresciaBresciaBergamoBergamoBergamo
BresciaBergamo
BresciaBresciaBresciaBergamo
BresciaBergamo
BresciaBrescia
Paris
MadridMadrid
BirminghamBirmingham
StokkeStokkeStokke
BarcelonaBarcelonaBarcelonaBarcelonaBarcelona
ValenciaValenciaValenciaValenciaValenciaValencia
BergamoBergamo
Six companies have been established in EuSix companies have been established in EuSix companies have been established in Eu-rope, of which two also have production carope, of which two also have production carope, of which two also have production carope, of which two also have production carope, of which two also have production ca-pabilities: pabilities: pabilities: pabilities: pabilities: pabilities: pabilities: pabilities: pabilities: pabilities: pabilities: Cembre Ltd. Cembre Ltd. in Curdworth (near in Curdworth (near Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and Birmingham), and General Marking S.r.l, General Marking S.r.l, General Marking S.r.lwith administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia with administrative headquarters in Brescia and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the and production facilities in Bergamo; the others are: others are: others are: others are: others are: others are: others are: others are: Cembre S.a.r.l. in Morangis (Paris), (Paris), (Paris), (Paris), (Paris), (Paris), (Paris), (Paris), (Paris), (Paris), (Paris), Cembre España S.L.Cembre España S.L.Cembre España S.L.Cembre España S.L. in Madrid, Cembre ASCembre ASCembre ASCembre ASCembre ASCembre AS in Stokke (Norway), and in Stokke (Norway), and in Stokke (Norway), and in Stokke (Norway), and Cem-bre GmbH in Munich.in Munich.in Munich.in Munich.
In the USA, In the USA, In the USA, In the USA, In the USA, In the USA, In the USA, In the USA, Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc.Cembre Inc. was founded in was founded in was founded in 1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).1999, in Edison (New Jersey).
CembreCembre also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major also has a presence in the major national markets throughout the world, national markets throughout the world, national markets throughout the world, national markets throughout the world, national markets throughout the world, through a network of agents and correthrough a network of agents and correthrough a network of agents and correthrough a network of agents and correthrough a network of agents and correthrough a network of agents and corre-spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately spondents who can ensure an immediately available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and available and fully competent technical and sales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product desales support service and rapid product de-livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.livery from their warehouses.
Cembre • costruzioni elettromeccaniche bresciane
37
A variety of numerically con-trolled production equipment
monoGB0628-CembreGb-3
3
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
BresciaVia Serenissima, 9 25135 BRESCIATel.: 030 36921Fax: 030 2359433E-mail: [email protected]
MilanViale F.lli Casiraghi, 21720099 SESTO S.GIOVANNI ( MI )Tel.: 02 26223062Fax: 02 26223081E-mail: [email protected]
PaduaVia Pola, 22 35030 TENCAROLA di SELVAZZANO D. ( PD )Tel.: 049 620093 - Fax: 049 720488E-mail: [email protected]
BolognaVia del Giglio, 3 40133 BOLOGNATel.: 051 383474Fax: 051 382846E-mail: [email protected]
FlorenceVia I.Barontini, 22/A 50018 Scandicci (FI)Tel. e Fax: 055 790711E-mail: [email protected]
RomeVia A. Baldovinetti, 15 00142 ROMA - C. P. 10748 00144 ROMA EURTel.: 06 5030601Fax: 06 51955973E-mail: [email protected]
ITALIAN SALES NETWORK
REGIONAL CENTRES
Cembre Ltd.Dunton ParkKingsbury Road, Curdworth - Sutton Coldfield West Midlands B76 9EB (Great Britain)Tel.: 01675 470440 - Fax: 01675 470220e-mail: [email protected]
Cembre S.a.r.l.22 Avenue Ferdinand de Lesseps91420 Morangis (France)Tél.: 01 60 49 11 90 - Fax: 01 60 49 29 10B.P. 37 - 91421 Morangis Cédexe-mail: [email protected]
Cembre España S.L.Calle Llanos de Jerez, 2 - P.I. de Coslada28823 Coslada - Madrid (España)Teléfono: 91 485 25 80 Telefax: 91 485 25 81e-mail: [email protected]
INTERNATIONAL SALES NETWORK
SUBSIDIARIESGROUP COMPANIES
General Marking S.r.l.Sede Legale:Via Serenissima, 9 25135 BRESCIATel.: 030 36921Fax: 030 3365766
Sede Operativa: Via Einaudi, 22 24050 Calcinate (BG)Telefono: 035 4499759Telefax: 035 4499714E-mail: [email protected]
Cembre • costruzioni elettromeccaniche bresciane
45
Cembre ASFossnes SenterN-3160 Stokke (Norway)Phone: 33 36 17 65Telefax: 33 36 17 66e-mail: [email protected]
Cembre GmbHHeidemannstraße 16680939 München (Deutschland)Telefon: 089/3580676Telefax: 089/35806777E-mail: [email protected]
Cembre Inc.Raritan Center Business Park181 Fieldcrest AvenueEdison, New Jersey 08837 (USA)Tel.: (732) 225-7415 - Fax: (732) 225-7414E-mail: [email protected]: [email protected] E-mail: [email protected]
Group companies
International agents
Edison
Cembre • costruzioni elettromeccaniche bresciane
36
monoGB0628-CembreGb-3
3
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
B
ianc
a 1
0/28
/10
14
:08:
52
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Bia
nca
10/
28/1
0
14:0
8:52
$
[Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
46
the websiteOur website allows us to interact with our customers and to provide information and services including:– product data– what’s new– printing system upgrades– contact us
www.cembre.com
Cembre • costruzioni elettromeccaniche bresciane
35
1 - MCN work station2 - Injection moulding3 - Detail of semi-finished steel
products
1
2
3
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Volta 10/28/10 14:09:03 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
47
1 - On-line catalogue2 - Investor relations3 - New products4 - Software upgrade and
data downloads
1
2 3
4
Cembre • costruzioni elettromeccaniche bresciane
34
Cembre S.p.A. also designs and manufac-tures its own special tools and machines for the production of terminations and associ-ated installation tools. This enables us to make products of guaranteed high quality and uniformity of specification as economi-cally as possible.In the manufacture of its components, tool-ing and other equipment, Cembre S.p.A. uses an array of cutters, lathes, numerical control work stations, wire-spark erosion and plunge-spark erosion machines, which allow a high standard of precision and pro-ductivity to be maintained. The production of the various types of components involves the use of automatic presses powered by intelligent systems and transfers, to ensure high product reliability.
the workshop
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] M
agen
tam
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
mon
oGB
0628
C
embr
eGb
3
V
olta
10
/28/
10
14:
09:0
3
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Cya
nm
onoG
B06
28
Cem
breG
b
3
Vol
ta
10/2
8/10
1
4:09
:03
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] B
lack
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
48
the historical contextCembre has established itself in Brescia, a historic city in the Lombardy region of northern Italy where you will always be wel-come to visit.
1
2 4
3
Cembre • costruzioni elettromeccaniche bresciane
33
10 11 12
13
10 - Climatic chamber11 - Tension test bench12 - Bench for short circuit testing13 - Vibration test bench14 - Pressure test bench
14
– test bench for accelerated testing of resist-ance to sunlight;
– test benches for mechanical tension tests on components for underground use or for overhead lines;
– test benches for mechanical fatigue tests;– test bench for pressure testing;
monoGB0628-CembreGb-3
3
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 3 Bianca 10/28/10 14:08:52 $[S
creenRuling] $[P
rocessCalC
urve] Black
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
49
The loyal and hard-working character of the “Bresciani” dates back to the pre-Roman period and for many centuries the industri-ousness and commercial entrepreneurship of their city was fostered within the Venetian Republic.Today, Brescia is at the centre of Italy’s third-largest industrial region, has a growing fi-
1 - The Nike of Brescia2 - Santa Giulia, cloister3 - A view of the Roman Forum4 - The Cathedral5 - Crystal Palace6 - Brescia Due, evening scene7 - Waste to energy facility5
6 7
nancial sector and benefits from the tourism generated by its proximity to the Alps and the Italian Lakes.
Meanwhile the dynamism and challenges of global markets continues to engage and stimulate us to seek out original and com-petitive solutions.
monoGB0628-CembreGb-4
4
monoGB0628-CembreGb-4
4
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
mon
oGB
0628
C
embr
eGb
4
B
ianc
a/vo
lta s
u se
ste
sso
giro
squ
adra
10
/28/
10
14:
09:0
8
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ckm
onoG
B06
28
Cem
breG
b
4
Bia
nca/
volta
su
se s
tess
o gi
ro s
quad
ra
10/2
8/10
1
4:09
:08
$[
Scr
eenR
ulin
g]
$[P
roce
ssC
alC
urve
] C
yan
mon
oGB
0628
C
embr
eGb
4
B
ianc
a/vo
lta s
u se
ste
sso
giro
squ
adra
10
/28/
10
14:
09:0
8
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Mag
enta
mon
oGB
0628
C
embr
eGb
4
B
ianc
a/vo
lta s
u se
ste
sso
giro
squ
adra
10
/28/
10
14:
09:0
8
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Yel
low
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
51
From the motorway, exit at the toll station for “Brescia Centro”, and take the “Tangen-ziale Sud” (southern ringroad) in the direc-tion of “Verona - Lago di Garda”. After 5/6 km, turn off at the junction for “Bre-scia - S. Eufemia”. Follow the road, and after a kilometre the Cembre building can be seen on the right.
From Brescia city, take trunk road no. 11 (the “Padana Superiore”) and after passing S. EUFEMIA, take the first road on the right in the direction of “Tangenziale - Autostra-de”. After about 1 km, carry straight on at the roundabout and the Cembre building will be visible on the left.
From the Lago di Garda direction, via the “Tangenziale Sud” (southern ringroad), turn off at the exit for “Brescia - S. Eufemia” (after the Rezzato exit).If arriving via trunk road no. 11, after Rezza-to take the exit on the right towards “Tan-genziale - Autostrade”. After about 1 km, carry straight on at the roundabout and the Cembre building will be visible on the left.
Via
Sere
niss
ima
FERROVIA
FERROVIA
BresciaS.Eufemia Rezzato
A4 AUTOSTRADAMI -VE
MILANO
VERONA
TANGENZIALE SUD
TANG
ENZI
ALE
OVE
ST
A 4
A 4
A21
BS
- PC
- TO
ViaCors
ica
Via
Crem
ona
Via S. Polo
SS 11 PADANA SUP.V.le Piave
V.le Venezia
Via Pusterla
Via Milano
Via Orzinuovi
V.le
Duc
a de
gli A
bruz
zi
Via
Mal
ta
Via
Dal
maz
ia
FERROVIA
FERROVIA
Via Volturno
CASELLOBRESCIA CENTRO
CASELLOBRESCIA OVEST DIREZIONE VERONA
LAGO DI GARDA
USCITA BRESCIA EST
S. EUFEMIA
how to reach us:
Cembre • costruzioni elettromeccaniche bresciane
50
locationThe Cembre S.p.A. site is on the eastern outskirts of the city of Brescia – at 9, via Se-renissima – between the Padana Superiore (trunk road no. 11) and the city’s southern ringroad, close by the new underground ter-minus at S.Eufemia-Buffalora.
monoGB0628-CembreGb-4
4
monoGB0628-CembreGb-4
4
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
Cembre • costruzioni elettromeccaniche bresciane
51
From the motorway, exit at the toll station for “Brescia Centro”, and take the “Tangen-ziale Sud” (southern ringroad) in the direc-tion of “Verona - Lago di Garda”. After 5/6 km, turn off at the junction for “Bre-scia - S. Eufemia”. Follow the road, and after a kilometre the Cembre building can be seen on the right.
From Brescia city, take trunk road no. 11 (the “Padana Superiore”) and after passing S. EUFEMIA, take the first road on the right in the direction of “Tangenziale - Autostra-de”. After about 1 km, carry straight on at the roundabout and the Cembre building will be visible on the left.
From the Lago di Garda direction, via the “Tangenziale Sud” (southern ringroad), turn off at the exit for “Brescia - S. Eufemia” (after the Rezzato exit).If arriving via trunk road no. 11, after Rezza-to take the exit on the right towards “Tan-genziale - Autostrade”. After about 1 km, carry straight on at the roundabout and the Cembre building will be visible on the left.
Via
Sere
niss
ima
FERROVIA
FERROVIA
BresciaS.Eufemia Rezzato
A4 AUTOSTRADAMI -VE
MILANO
VERONA
TANGENZIALE SUDTA
NGEN
ZIAL
E O
VEST
A 4
A 4
A21
BS
- PC
- TO
ViaCors
ica
Via
Crem
ona
Via S. Polo
SS 11 PADANA SUP.V.le Piave
V.le Venezia
Via Pusterla
Via Milano
Via Orzinuovi
V.le
Duc
a de
gli A
bruz
zi
Via
Mal
ta
Via
Dal
maz
ia
FERROVIA
FERROVIA
Via Volturno
CASELLOBRESCIA CENTRO
CASELLOBRESCIA OVEST DIREZIONE VERONA
LAGO DI GARDA
USCITA BRESCIA EST
S. EUFEMIA
how to reach us:
monoGB0628-CembreGb-4
4
monoGB0628-CembreGb-4
4
80%B
CM
YCMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%80%
BC
MY
BC
MY
40%80%
BC
MY
BC
MY
80%B
CM
YB
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B
CM
Y
1 2 3 4 5
5 4 3 2
1 2 3 4 5
5 4 3 2B
CM
Y40%
80%B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Prin
ect/FO
GR
A 4 D
ipco
2.1 Fo
rmat 102 ©
2004 FO
GR
A/H
eidelb
erger D
ruckm
aschin
en A
GP
rinect/F
OG
RA
4 Dip
co 2.1 F
orm
at 102 © 2004 F
OG
RA
/Heid
elberg
er Dru
ckmasch
inen
AG
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Black
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Cyan
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Magenta
monoG
B0628 C
embreG
b 4 Bianca/volta su se stesso giro squadra 10/28/10 14:09:08 $[S
creenRuling] $[P
rocessCalC
urve] Yellow
Kodak
KO
DA
K P
RO
FE
SS
ION
AL C
OLO
RF
LOW
Therm
al Plate G
uide
Eastm
an Kodak C
o. 1997, Version 1.0
Distiller
2540 DP
I, 10.0 µ/pixel, PS
Version: 3011.104
Halftone scales
Parallel Lines
=
=
1:1 2:2
1x1 2x2 3x3 4x4
Checkerboard P
atterns
0%10%
25%50%
75%90%
100%D
efa
ult scre
en, m
ay
have
transfe
r curve
60 L
/in
Refre
nce
screen
no tra
nsfe
r curve
180 L
/in
98%
2%
99%
1%
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
- B -
Processcontrol 2540 - 2540 dpi
Electra K
PG
0603 Ver.: 6.62a
Topsetter
© H
eidelberger Druckm
aschinen 200399
9897
9695
12
34
5uncal.
cal.
20 - 40 - 50 - 60 - 80
$[SR
] lpi
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repressH
eidelberg Prepress
Heidelberg P
repress
$[ScreenS
ystem]
$[DotS
hape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin: $[S
creenSystem
]$[D
otShape]
$[Date] $[T
ime]
////
25402540
60.045.0
0 %50 %
100 %
Process: $[C
alibrationCurve]
Lin:
E d i t e d b y C e m b r e S . p . A . - p r i n t e d b y I G B G r o u p B r e s c i a .
C e m b r e h a s t h e c o p y r i g h t i n t h i s p r e s e n t a t i o n .
A n y r e p r o d u c t i o n , e v e n i n p a r t , i s n o t p e r m i t t e d u n l e s s
p r i o r a u t h o r i s a t i o n i n w r i t i n g h a s b e e n o b t a i n e d f r o m C e m b r e
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
80%
BC
MY
CMY
CMY
B4
C4
M4
Y4
40%
80%
BC
MY
BC
MY
40%
80%
BC
MY
BC
MY
80%
BC
MY
BC
MY
40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
BC
MY
12345
5432
12345
5432B
CM
Y40%
80%
B4
C4
M4
Y4
MY
CY
CM
BC
MY
40%
12
34
56
78
910
1112
1314
1516
1718
1920
2122
2324
2526
2728
2930
3132
Pri
nec
t/F
OG
RA
4 D
ipco
2.1
Fo
rmat
102
© 2
004
FO
GR
A/H
eid
elb
erg
er D
ruck
mas
chin
en A
GP
rin
ect/
FO
GR
A 4
Dip
co 2
.1 F
orm
at 1
02 ©
200
4 F
OG
RA
/Hei
del
ber
ger
Dru
ckm
asch
inen
AG
09_0
628_
cove
rGB
C
embr
e_x
GB
1
V
olta
10
/28/
10
13:
38:3
7
$[S
cree
nRul
ing]
$
[Pro
cess
Cal
Cur
ve]
Bla
ck
Kod
ak
KO
DA
K P
RO
FE
SS
ION
AL
CO
LOR
FLO
WT
herm
al P
late
Gui
de
Eas
tman
Kod
ak C
o. 1
997,
Ver
sion
1.0
D
istil
ler
2540
DP
I, 1
0.0
µ/pi
xel,
PS
Ver
sion
: 301
1.10
4H
alfto
ne s
cale
sP
aral
lel L
ines
=
=
1:1 2:2
1x
1
2x2
3
x3
4x4
Che
cker
boar
d P
atte
rns
0%10
%25
%50
%75
%90
%10
0%D
efa
ult
scre
en, m
ay
have
tra
nsf
er
curv
e60 L
/in
Refr
ence
scr
een
no tra
nsf
er
curv
e180 L
/in
98%
2%
99%
1%
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
- B
-
Pro
cess
cont
rol 2
540
- 2
540
dpi
Ele
ctra
KP
G06
03 V
er.:
6.62
aT
opse
tter
© H
eide
lber
ger
Dru
ckm
asch
inen
200
399
9897
9695
12
34
5un
cal.
cal.
20 -
40 -
50 -
60 -
80
$[S
R]
lpi
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
sH
eide
lber
g P
repr
ess
Hei
delb
erg
Pre
pres
s
$[S
cree
nSys
tem
]$[
Dot
Sha
pe]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
$[
Scr
eenS
yste
m]
$[D
otS
hape
]
$[D
ate]
$
[Tim
e]
////
2540
2540
60.0
45.0
0 %
50 %
100
%
Pro
cess
: $[C
alib
ratio
nCur
ve]
Lin:
Cembre S.p.A.
Via Serenissima, 9 25135 Brescia (Italia)Telefono: +39 030 36921Telefax: +39 030 3365766E-mail: [email protected]
Cembre S.a.r.l.
22 Avenue Ferdinand de Lesseps91420 Morangis (France)Tél.: 01 60 49 11 90 - Fax: 01 60 49 29 10B.P. 37 - 91421 Morangis CédexE-mail: [email protected]
Cembre España S.L.
Calle Llanos de Jerez, 2 - P.I. de Coslada28823 Coslada - Madrid (España)Teléfono: 91 4852580Telefax: 91 4852581E-mail: [email protected]
Cembre AS
Fossnes SenterN-3160 Stokke (Norway)Phone: 33361765Telefax: 33361766E-mail: [email protected]
Cembre GmbH
Heidemannstraße 16680939 München (Deutschland)Telefon: 089/3580676Telefax: 089/35806777E-mail: [email protected]
Cembre Inc.
Raritan Center Business Park181 Fieldcrest AvenueEdison, New Jersey 08837 (USA)Tel.: (732) 225-7415 - Fax: (732) 225-7414E-mail: [email protected]
Cembre Ltd.
Dunton ParkKingsbury Road, Curdworth - Sutton ColdfieldWest Midlands B76 9EB (Great Britain)Tel.: 01675 470440 - Fax: 01675 470220E-mail: [email protected]
w w w . c e m b r e . c o m