formulas - horn usa, inc....in the united states call us toll free 1 - 888 - 818 horn d eff 12 in 20...
TRANSCRIPT
In the UNITED STATES call us toll free1 - 888 - 818 HORN
To easily determine the correct cutting data, please use the HORN speed and feed calculation.
FORMULAS
n = vc • 1000
(1/min) (RPM) d •
vc = d • • n
(m/min) / .3048 = sfm 1000
Q = ae • ap • Vf (cm3/min) *.06102376 = inch³/min 1000
fz =Vf
Z • n (mm/tooth) / 25.4 = inch/tooth
Vf = fz • Z • n (mm/min) / 25.4 = inch/min
Z =
*fz = fz√ d (mm/tooth) / 25.4 = inchae
Number of flutes
d = Cutting edge Ø
n = Revolutions
vc = Cutting speed
fz = Feed/tooth
vf = Feed rate
Q = Material removal rate
effective for side millingwith small ae (up to 0.25 • d)
fz =
O87
O
In the UNITED STATES call us toll free1 - 888 - 818 HORN
deff = 12 • sin [20° + arccos (12 - 2 • 1.2 )] 12
deff = d • sin [ß + arccos (d - 2ap )]d
Cutting speed and number of revolutions for copy milling
n =vc • 1000
deff •
(1/min) (RPM)
vc = deff • • n
1000(m/min) / .3048 = sfm
Effective cutting diameter deff of ß = 0°
√deff = 2 d • ap - ap2 (mm)
Example:d = Ø12 mm; ap = 1.2 mm; ß = 0° deff = 7.2 mm
Effective cutting diameter deff of ß = +20°
Example:d = Ø12 mm; ap = 1.2 mm; ß = +20° deff = 10.05 mm
deff = 12 • sin [arccos (12 - 2 • 1.2 ) -20°] 12
deff = d • sin [arccos (d - 2ap ) - ß]d
Effective cutting diameter deff of ß = -20°
Example:d = Ø12 mm; ap = 1.2 mm; ß = -20° deff = 3.48 mm
FORMULAS
n = Revolutions
vc = Cutting speed
O88
O
Ø d (mm)
123456810121620
roughing semi finishing finishing
fz (mm) fz (mm) fz (mm)
0.005 0.007 0.0090.008 0.009 0.0110.015 0.025 0.0350.020 0.030 0.0450.025 0.035 0.0550.030 0.040 0.0650.035 0.045 0.0750.040 0.055 0.0850.050 0.065 0.0950.070 0.090 0.1150.090 0.110 0.130
semi finishing finishing
fz (mm) fz (mm)
0.020 0.0400.030 0.0500.040 0.0600.050 0.0800.060 0.1000.070 0.1200.080 0.1400.100 0.1800.120 0.2000.140 0.2200.160 0.250
Material Rm(N/mm2)
Cutting speed (Vc m/min)
P Carbon steel < 600 120-240Alloyed steel < 1200 80-180High alloyed steel < 1400 50-120
MStainless steel austenitic/ferritic martenistic < 680
< 82060-14040-120
K Grey cast ironCast steel
80-18060-140
N Aluminium alloys 160-500Copper 160-600BrassGraphiteSynthetics
S High temp. alloys < 3300 30-80Titanium alloys < 2100 40-90
H Hardened steel
Ø Range Cutting edge Ø Shank Ø
≤ 3 0 0-0.025 -0.004
> 3 ≤ 6 0 0-0.030 -0.005
> 6 ≤ 10 0 0-0.036 -0.006
> 10 ≤ 18 0 0-0.043 -0.008
> 18 ≤ 30 0 0-0.052 -0.009
0.5 x d 1.0 x d
fz (mm) fz (mm)
0.008 0.0050.010 0.0080.020 0.0100.025 0.0130.030 0.0150.035 0.0200.045 0.0300.055 0.0400.065 0.0500.075 0.0600.085 0.075
ap = 1.25 x d ap = 1.50 x d ap = 2.00 x dae = 0.40 x d ae = 0.20 x d ae = 0.05 x d
ap = 0.50 x d ap = 1.00 x dae = 1.00 x d ae = 1.00 x d
ap = 0.10 x d ap = 0.20 x dae = 0.40 x d ae = 0.05 x d
ap ae= Ød
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DP
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Milling cutter System DP
Shoulder milling Copy milling
Tolerances
Slot milling
O89
Ord
inar
y st
eel
type Z Ø d (mm)
DSK 2 1.0DSK 2 1.5DSK 2 2.0DSK 2 3.0DSK 2 4.0DSK 2 5.0DSK 2 6.0DSK 2 8.0DSK 2 10.0DSK 2 12.0DSK 2 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.5 < 0.02 0.020 - 0.030< 0.8 < 0.03 0.020 - 0.030< 1.0 < 0.04 0.030 - 0.050< 1.5 < 0.06 0.040 - 0.060< 2.0 < 0.10 0.050 - 0.080< 2.5 < 0.13 0.060 - 0.120< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140< 8.0 < 0.50 0.100 - 0.150
apmax (mm) aemax (mm) fz (mm)
< 0.04 < 0.01 0.030 - 0.040< 0.06 < 0.02 0.030 - 0.040< 0.08 < 0.02 0.050 - 0.075< 0.11 < 0.03 0.055 - 0.090< 0.14 < 0.05 0.065 - 0.100< 0.18 < 0.07 0.075 - 0.120< 0.20 < 0.09 0.080 - 0.125< 0.25 < 0.12 0.090 - 0.130< 0.30 < 0.15 0.100 - 0.135< 0.36 < 0.20 0.110 - 0.140< 0.40 < 0.28 0.120 - 0.150
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
300-500200-400
d d
ap dede ap ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSK
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
Ballnose
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.?
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
HSM
Endmill Ballnose
Shoulder milling Copy milling
hardened materialap up to 0.5 x dae up to 0.5 mm
hardened materialap up to 0.025 x dae up to 0.280 mm
AlTiN coated
recommended cooling:1. Minimum lubrication2. Air
O90
high
tens
ile s
teel
type Z Ø d (mm)
DSKH 2 1.0DSKH 2 1.5DSKH 2 2.0DSKH 2 3.0DSKH 2 4.0DSKH 2 5.0DSKH 2 6.0DSKH 2 8.0DSKH 2 10.0DSKH 2 12.0DSKH 2 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.5 < 0.02 0.020 - 0.030< 0.8 < 0.03 0.020 - 0.030< 1.0 < 0.04 0.030 - 0.050< 1.5 < 0.06 0.040 - 0.060< 2.0 < 0.10 0.050 - 0.080< 2.5 < 0.13 0.060 - 0.120< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140< 8.0 < 0.50 0.100 - 0.150
apmax (mm) aemax (mm) fz (mm)
< 0.04 < 0.01 0.030 - 0.060< 0.06 < 0.02 0.030 - 0.060< 0.08 < 0.02 0.050 - 0.070< 0.11 < 0.03 0.055 - 0.080< 0.14 < 0.05 0.065 - 0.100< 0.18 < 0.07 0.075 - 0.150< 0.20 < 0.09 0.080 - 0.200< 0.25 < 0.12 0.090 - 0.250< 0.30 < 0.15 0.100 - 0.250< 0.36 < 0.20 0.110 - 0.250< 0.40 < 0.28 0.120 - 0.250
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
H Hardened steel 50-60 HRc58-70 HRc
140-280120-220
d d
ap dede ap ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
hardened materialap up to 0.025 x dae up to 0.280 mm
CUTTING DATA DSKH
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
Ballnose
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
HSM
Endmill Ballnose
Shoulder milling Copy milling
hardened materialap up to 0.5 x dae up to 0.5 mm
hardened materialap up to 0.025 x dae up to 0.280 mm
AlTiN coated
recommended cooling:1. Minimum lubrication2. Air
O91
high
tens
ile s
teel
type?
Z Ø d (mm)
DSKL 2 6.0DSKL 2 8.0DSKL 2 10.0DSKL 2 12.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140
apmax (mm) aemax (mm) fz (mm)
< 0.20 < 0.09 0.080 - 0.125< 0.25 < 0.12 0.090 - 0.130< 0.30 < 0.15 0.100 - 0.135< 0.36 < 0.20 0.110 - 0.140
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
300-500200-400
d d
ap dede ap ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKL
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
Shoulder milling Copy milling
hardened materialap up to 0.50 x dae up to 0.36 mm
hardened materialap up to 0.03 x dae up to 0.20 mm
HSM
Ballnose
recommended cooling:1. Minimum lubrication2. Air
AlTiN coated
O92
high
tens
ile s
teel
type?
Z Ø d (mm)
DSKLH 2 6.0DSKLH 2 8.0DSKLH 2 10.0DSKLH 2 12.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140
apmax (mm) aemax (mm) fz (mm)
< 0.20 < 0.09 0.080 - 0.200< 0.25 < 0.12 0.090 - 0.250< 0.30 < 0.15 0.100 - 0.250< 0.36 < 0.20 0.110 - 0.250
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
H Hardened steel 50-60 HRc58-70 HRc
140-280120-220
d d
ap dede ap ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
hardened materialap up to 0.03 x dae up to 0.20 mm
CUTTING DATA DSKLH
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
Shoulder milling Copy milling
hardened materialap up to 0.50 x dae up to 0.36 mm
hardened materialap up to 0.03 x dae up to 0.20 mm
HSM
Ballnose
recommended cooling:1. Minimum lubrication2. Air
AlTiN coated
O93
high
tens
ile s
teel
type Z Ø d (mm)
DSK 220° 2 3.0DSK 220° 2 4.0DSK 220° 2 5.0DSK 220° 2 6.0DSK 220° 2 8.0DSK 220° 2 12.0DSK 220° 2 12.0DSK 220° 2 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.11 < 0.03 0.020 - 0.035< 0.14 < 0.05 0.025 - 0.040< 0.18 < 0.07 0.030 - 0.045< 0.20 < 0.09 0.030 - 0.050< 0.25 < 0.12 0.040 - 0.050< 0.30 < 0.15 0.040 - 0.060< 0.36 < 0.20 0.050 - 0.060< 0.40 < 0.28 0.080 - 0.080
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
300-500200-400
d d
ap dede ap ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSK 220°
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
For further material specifications see material cross reference list.
HSM
220° Endmill Ballnose
Copy milling
hardened materialap up to 0.025 x dae up to 0.28 mm
220° Ballnose
recommended cooling:1. Minimum lubrication2. Air
AlTiN coated
O94
high
tens
ile s
teel
type Z Ø d (mm)
DSKH 220° 2 3.0DSKH 220° 2 4.0DSKH 220° 2 5.0DSKH 220° 2 6.0DSKH 220° 2 8.0DSKH 220° 2 10.0DSKH 220° 2 12.0DSKH 220° 2 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.11 < 0.03 0.020 - 0.080< 0.14 < 0.05 0.025 - 0.100< 0.18 < 0.07 0.030 - 0.150< 0.20 < 0.09 0.030 - 0.200< 0.25 < 0.12 0.040 - 0.250< 0.30 < 0.15 0.040 - 0.250< 0.36 < 0.20 0.050 - 0.250< 0.40 < 0.28 0.050 - 0.250
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
H Hardened steel 50-60 HRc58-70 HRc
140-280120-220
d d
ap dede ap ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKH 220°
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
For further material specifications see material cross reference list.
HSM
220° Endmill Ballnose
Copy milling
hardened materialap up to 0.025 x dae up to 0.28 mm
220° Ballnose
recommended cooling:1. Minimum lubrication2. Air
AlTiN coated
O95
high
tens
ile s
teel
type Z Ø d (mm)
DSK 4 6.0DSK 4 8.0DSK 4 10.0DSK 4 12.0DSK 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140< 8.0 < 0.50 0.110 - 0.150
apmax (mm) aemax (mm) fz (mm)
< 0.20 < 0.09 0.080 - 0.125< 0.25 < 0.12 0.090 - 0.130< 0.30 < 0.15 0.100 - 0.135< 0.36 < 0.20 0.110 - 0.140< 0.40 < 0.28 0.120 - 0.150
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
300-500200-400
d d
ap dede ap ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSK
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
Shoulder milling Copy milling
hardened materialap up to 0.5 x dae up to 0.5 mm
hardened materialap up to 0.025 x dae up to 0.280 mm
HSM
Ballnose
recommended cooling:1. Minimum lubrication2. Air
AlTiN coated
Attention: In the centre z = 2!
O96
high
tens
ile s
teel
type Z Ø d (mm)
DSKM 2 0.2DSKM 2 0.3DSKM 2 0.4DSKM 2 0.5DSKM 2 0.6DSKM 2 0.8DSKM 2 1.0DSKM 2 1.2DSKM 2 1.5DSKM 2 2.0DSKM 2 2.5DSKM 2 3.0
apmax(mm)
< 45 HRc
aemax(mm)
< 45 HRc
apmax(mm)
> 45 HRc
aemax(mm)
> 45 HRc
fz(mm)
< 0.08 < 0.007 < 0.05 < 0.004 0.002 - 0.004< 0.11 < 0.011 < 0.10 < 0.006 0.003 - 0.006< 0.15 < 0.015 < 0.14 < 0.008 0.004 - 0.008< 0.20 < 0.019 < 0.18 < 0.010 0.005 - 0.009< 0.30 < 0.022 < 0.25 < 0.012 0.006 - 0.010< 0.40 < 0.030 < 0.35 < 0.016 0.006 - 0.012< 0.75 < 0.045 < 0.50 < 0.020 0.008 - 0.015< 0.90 < 0.054 < 0.60 < 0.024 0.010 - 0.016< 1.13 < 0.067 < 0.75 < 0.030 0.012 - 0.018< 1.50 < 0.090 < 1.00 < 0.040 0.016 - 0.022< 1.90 < 0.110 < 1.25 < 0.050 0.016 - 0.025< 2.25 < 0.130 < 1.50 < 0.060 0.019 - 0.028
L2 Reduction1 - 5 x d 0%5 - 10 x d 30 %10 ~ 50 %
apmax(mm)
< 45 HRc
aemax(mm)
< 45 HRc
apmax(mm)
> 45 HRc
aemax(mm)
> 45 HRc
fz(mm)
< 0.02 < 0.004 < 0.008 < 0.002 0.002 - 0.004< 0.03 < 0.006 < 0.012 < 0.003 0.003 - 0.006< 0.04 < 0.008 < 0.016 < 0.004 0.004 - 0.008< 0.05 < 0.010 < 0.020 < 0.005 0.005 - 0.009< 0.06 < 0.012 < 0.024 < 0.006 0.006 - 0.010< 0.08 < 0.016 < 0.032 < 0.008 0.006 - 0.012< 0.10 < 0.025 < 0.040 < 0.010 0.008 - 0.015< 0.12 < 0.030 < 0.048 < 0.012 0.010 - 0.016< 0.15 < 0.040 < 0.060 < 0.015 0.012 - 0.018< 0.20 < 0.050 < 0.080 < 0.020 0.016 - 0.022< 0.25 < 0.060 < 0.100 < 0.025 0.016 - 0.025< 0.30 < 0.075 < 0.120 < 0.030 0.019 - 0.028
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300 < 110
M Stainless steel < 600< 850
< 200< 250 < 90
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300 30-50Titanium alloys < 900 < 300 35-60
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
< 250< 200
ap
ae
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
hardened materialap up to 0.025 x dae up to 0.280 mm
< 45 HRcap up to 0.75 x dae up to 0.05 mm
hardened materialap up to 0.50 x dae up to 0.02 mm
< 45 HRc ap up to 1.00 x dae up to 0.50 mm
hardened materialap up to 0.50 x dae up to 0.30 mm
Ballnose
CUTTING DATA DSKM
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
HSM
Micro Endmill Ballnose
Copy milling
Recommendation:Air pressure to remove chips
Cutting Speed vc is based on max. 40.000 rpm.
Shoulder milling
AlTiN coated
O97
high
tens
ile s
teel
type Z Ø d (mm)
DSDS 4 6.0DSDS 4 8.0DSDS 4 10.0DSDS 4 12.0DSDS 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.4 < 3.0 0.6 - 1.0< 0.5 < 4.0 0.6 - 1.0< 0.7 < 5.0 0.6 - 1.0< 0.8 < 6.0 0.6 - 1.0< 1.0 < 8.0 0.6 - 1.0
apmax (mm) aemax (mm) fz (mm)
< 0.4 < 6.0 0.5 - 1.0< 0.5 < 8.0 0.5 - 1.0< 0.7 < 10.0 0.5 - 1.0< 0.8 < 12.0 0.5 - 1.0< 1.0 < 16.0 0.5 - 1.0
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
170-250150-200
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260 180-250N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSDS
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Double radius
Shoulder milling Pocket milling
HSM
Double radius
recommended cooling:1. Minimum lubrication2. Air
This endmill can be used for pocket milling; for strategy see drawings. Always mill from inside to outside. If possible use helicoidal down-milling, otherwise rampingdown.
AlTiN coated
O98
high
tens
ile s
teel
type Z Ø d (mm)
DSDH 4 6.0DSDH 4 8.0DSDH 4 10.0DSDH 4 12.0DSDH 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.20 < 3.0 0.15 - 0.30< 0.25 < 4.0 0.15 - 0.30< 0.30 < 5.0 0.15 - 0.30< 0.40 < 6.0 0.15 - 0.30< 0.50 < 8.0 0.15 - 0.35
apmax (mm) aemax (mm) fz (mm)
< 0.20 < 6.0 0.15 - 0.30< 0.25 < 8.0 0.15 - 0.30< 0.30 < 10.0 0.15 - 0.30< 0.40 < 12.0 0.15 - 0.30< 0.50 < 16.0 0.15 - 0.35
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
170-250150-200
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260 180-250N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSDH
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Double radius
Shoulder milling Pocket milling
HSM
Double radius
recommended cooling:1. Minimum lubrication2. Air
This endmill can be used for pocket milling; for strategy see drawings. Always mill from inside to outside. If possible use helicoidal down-milling, otherwise rampingdown.
AlTiN coated
O99
high
tens
ile s
teel
type Z Ø d (mm)
DST 2 1.5DST 2 2.0DST 2 3.0DST 2 4.0DST 2 5.0DST 2 6.0DST 2 8.0DST 2 10.0DST 2 12.0DST 2 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.7 < 0.03 0.025 - 0.040< 1.0 < 0.04 0.030 - 0.050< 1.5 < 0.06 0.040 - 0.060< 2.0 < 0.10 0.050 - 0.080< 2.5 < 0.13 0.060 - 0.120< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140< 8.0 < 0.50 0.110 - 0.150
apmax (mm) aemax (mm) fz (mm)
< 0.06 < 0.01 0.045 - 0.060< 0.08 < 0.02 0.050 - 0.075< 0.11 < 0.03 0.055 - 0.090< 0.14 < 0.05 0.065 - 0.100< 0.18 < 0.07 0.075 - 0.120< 0.20 < 0.09 0.080 - 0.125< 0.25 < 0.12 0.090 - 0.130< 0.30 < 0.15 0.100 - 0.135< 0.36 < 0.20 0.110 - 0.140< 0.40 < 0.28 0.120 - 0.150
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
300-500200-400
Ød
ae
= dae
ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DST
Torus
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Torus Endmill
Shoulder milling Copy milling
HSM
recommended cooling:1. Minimum lubrication2. Air
hardened materialap up to 0.5 x dae up to 0.5 mm
hardened materialap up to 0.025 x dae up to 0.280 mm
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
AlTiN coated
O100
high
tens
ile s
teel
type Z Ø d (mm)
DSTH 2 1.5DSTH 2 2.0DSTH 2 3.0DSTH 2 4.0DSTH 2 5.0DSTH 2 6.0DSTH 2 8.0DSTH 2 10.0DSTH 2 12.0DSTH 2 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.7 < 0.03 0.025 - 0.040< 1.0 < 0.04 0.030 - 0.050< 1.5 < 0.06 0.040 - 0.060< 2.0 < 0.10 0.050 - 0.080< 2.5 < 0.13 0.060 - 0.120< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140< 8.0 < 0.50 0.110 - 0.150
apmax (mm) aemax (mm) fz (mm)
< 0.06 < 0.02 0.030 - 0.060< 0.08 < 0.02 0.050 - 0.070< 0.11 < 0.03 0.055 - 0.080< 0.14 < 0.05 0.065 - 0.100< 0.18 < 0.07 0.075 - 0.150< 0.20 < 0.09 0.080 - 0.200< 0.25 < 0.12 0.090 - 0.250< 0.30 < 0.15 0.100 - 0.250< 0.36 < 0.20 0.110 - 0.250< 0.40 < 0.28 0.120 - 0.250
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
H Hardened steel 50-60 HRc58-70 HRc
140-280120-220
Ød
ae
= dae
ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
hardened materialap up to 0.025 x dae up to 0.280 mm
CUTTING DATA DSTH
Torus
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Torus Endmill
Shoulder milling Copy milling
HSM
recommended cooling:1. Minimum lubrication2. Air
hardened materialap up to 0.5 x dae up to 0.5 mm
hardened materialap up to 0.025 x dae up to 0.280 mm
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
AlTiN coated
O101
high
tens
ile s
teel
type Z Ø d (mm)
DST 4 6.0DST 4 8.0DST 4 10.0DST 4 12.0DST 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.18 0.065 - 0.125< 4.0 < 0.24 0.080 - 0.130< 5.0 < 0.30 0.085 - 0.135< 6.0 < 0.36 0.100 - 0.140< 8.0 < 0.50 0.110 - 0.150
apmax (mm) aemax (mm) fz (mm)
< 0.20 < 0.09 0.080 - 0.125< 0.25 < 0.12 0.090 - 0.130< 0.30 < 0.15 0.100 - 0.135< 0.36 < 0.20 0.110 - 0.140< 0.40 < 0.28 0.120 - 0.150
ae fz*0,10 x d fz x 30,25 x d fz x 20,50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
300-500200-400
Ød
ae
= dae
ap
ae
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DST
Torus
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Torus Endmill
Shoulder milling Copy milling
HSM
recommended cooling:1. Minimum lubrication2. Air
hardened materialap up to 0.5 x dae up to 0.5 mm
hardened materialap up to 0.025 x dae up to 0.280 mm
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
AlTiN coated
O102
high
tens
ile s
teel
type Z Ø d (mm)
DSM / DSMR 6 3.0DSM / DSMR 6 4.0DSM / DSMR 6 5.0DSM / DSMR 6 6.0DSM / DSMR 6 8.0DSM / DSMR 6 10.0DSM / DSMR 6 12.0DSM / DSMR 6 16.0DSM / DSMR 8 20.0
DSM / DSMR 8 8.0DSM / DSMR 10 10.0DSM / DSMR 12 12.0DSM / DSMR 16 16.0
DSML 6 8.0DSML 6 10.0DSML 6 12.0DSML 8 16.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.03 0.020 - 0.035< 6.0 < 0.05 0.030 - 0.045< 7.5 < 0.07 0.035 - 0.055
< 12.0 < 0.10 0.045 - 0.065< 16.0 < 0.13 0.060 - 0.080< 20.0 < 0.17 0.070 - 0.095< 24.0 < 0.21 0.085 - 0.110< 32.0 < 0.28 0.095 - 0.125< 40.0 < 0.35 0.105 - 0.140
< 16.0 < 0.13 0.060 - 0.080< 20.0 < 0.17 0.070 - 0.095< 24.0 < 0.21 0.085 - 0.110< 32.0 < 0.28 0.095 - 0.125
< 16.0 < 0.13 0.060 - 0.080< 20.0 < 0.17 0.070 - 0.095< 24.0 < 0.21 0.085 - 0.110< 32.0 < 0.28 0.095 - 0.125
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
120-170
Ød
ae
= dae ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
hardened materialap up to 0.025 x dae up to 0.280 mm
CUTTING DATA DSM/DSMR/DSML
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill
Shoulder milling
HPMHSM
recommended cooling:1. Minimum lubrication2. Air
hardened materialap up to 2.00 x dae up to 0.35 mm
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
Corner radius
AlTiN coated
O103
high
tens
ile s
teel
type Z Ø d (mm)
DSMH / DSMRH 6 3,0DSMH / DSMRH 6 4,0DSMH / DSMRH 6 5,0DSMH / DSMRH 6 6,0DSMH / DSMRH 6 8,0DSMH / DSMRH 6 10,0DSMH / DSMRH 6 12,0DSMH / DSMRH 6 16,0DSMH / DSMRH 8 20,0
DSMH / DSMRH 8 8,0DSMH / DSMRH 10 10,0DSMH / DSMRH 12 12,0DSMH / DSMRH 16 16,0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.03 0.020 - 0.035< 6.0 < 0.05 0.030 - 0.045< 7.5 < 0.07 0.035 - 0.055
< 12.0 < 0.10 0.045 - 0.065< 16.0 < 0.13 0.060 - 0.080< 20.0 < 0.17 0.070 - 0.095< 24.0 < 0.21 0.085 - 0.110< 32.0 < 0.28 0.095 - 0.125< 40.0 < 0.35 0.105 - 0.140
< 16.0 < 0.13 0.060 - 0.080< 20.0 < 0.17 0.070 - 0.095< 24.0 < 0.21 0.085 - 0.110< 32.0 < 0.28 0.095 - 0.125
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
H Hardened steel 50-60 HRc58-70 HRc
140-280120-220
Ød
aeap
ae
= dae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSMH/DSMRH
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill
HPMHSM
recommended cooling:1. Minimum lubrication2. Air
hardened materialap up to 2.00 x dae up to 0.35 mm
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.?
Corner radius
Shoulder milling
AlTiN coated
O104
high
tens
ile s
teel
ae fz*0,10 x d fz x 30,25 x d fz x 20,50 x d fz x 1
type Z Ø d (mm)
DSR 3 2.0DSR 3 3.0DSR 3 4.0DSR 3 5.0DSR 3 6.0DSR 3 8.0DSR 3 10.0DSR 3 12.0DSR 3 16.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 0.25 0.010 - 0.020< 3.0 < 0.40 0.015 - 0.025< 4.0 < 0.80 0.020 - 0.030< 5.0 < 1.00 0.020 - 0.030< 6.0 < 2.25 0.025 - 0.040< 8.0 < 3.00 0.030 - 0.050
< 10.0 < 3.75 0.035 - 0.065< 12.0 < 6.00 0.045 - 0.070< 16.0 < 8.00 0.060 - 0.100
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 2.0 0.010 - 0.020< 3.0 < 3.0 0.015 - 0.025< 4.0 < 4.0 0.020 - 0.030< 5.0 < 5.0 0.020 - 0.030< 6.0 < 6.0 0.025 - 0.040< 8.0 < 8.0 0.030 - 0.050
< 10.0 < 10.0 0.035 - 0.065< 12.0 < 12.0 0.045 - 0.070< 16.0 < 16.0 0.060 - 0.100
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
90-14070-110
M Stainless steel < 600< 850
< 200< 250
100-13050-70
K Malleable cast iron < 260 100-190N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200 130-260GraphiteSynthetics
S High temp. alloys < 900 < 300 30-50Titanium alloys < 900 < 300 50-80
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
100-180
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSR
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
HVMHPM
recommended cooling:1. Emulsion2. Air3. Minimum lubrication
Corner radius
Shoulder milling Slot milling
ap up to 1.0 x d ae up to 0.5 x d
ap up to 1.0 x dAt shoulder milling, feed per tooth fz* for lower ae values should be converted according formula.For finishing application vc can be increased up to 30%.
AlTiN coated
O105
high
tens
ile s
teel
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
type Z Ø d (mm)
DSF 3 2.0DSF 3 3.0DSF 3 4.0DSF 3 5.0DSF 3 6.0DSF 3 8.0DSF 3 10.0DSF 3 12.0DSF 3 16.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.25 0.010 - 0.020< 4.0 < 0.40 0.015 - 0.025< 5.0 < 0.80 0.020 - 0.030< 7.5 < 1.00 0.020 - 0.030< 9.0 < 2.25 0.025 - 0.040
< 16.0 < 3.00 0.030 - 0.050< 20.0 < 3.75 0.035 - 0.065< 24.0 < 6.00 0.045 - 0.070< 32.0 < 8.00 0.060 - 0.100
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 2.0 0.010 - 0.020< 3.0 < 3.0 0.015 - 0.025< 4.0 < 4.0 0.020 - 0.030< 5.0 < 5.0 0.020 - 0.030< 6.0 < 6.0 0.025 - 0.040
< 10.0 < 8.0 0.030 - 0.050< 12.0 < 10.0 0.035 - 0.065< 18.0 < 12.0 0.045 - 0.070< 24.0 < 16.0 0.060 - 0.100
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
90-14070-110
M Stainless steel < 600< 850
< 200< 250
100-13050-70
K Malleable cast iron < 260 100-190N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200 130-260GraphiteSynthetics
S High temp. alloys < 900 < 300 30-50Titanium alloys < 900 < 300 50-80
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
100-180
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSF
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
Chamfer
Shoulder milling Slot milling
ap up to 2.0 x d ae up to 0.5 x d
ap up to 1.5 x d
HVMHPM
recommended cooling:1. Emulsion2. Air3. Minimum lubrication
AlTiN coated
O106
high
tens
ile s
teel
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
type Z Ø d (mm)
DSF 4 4.0DSF 4 6.0DSF 4 8.0DSF 4 10.0DSF 4 12.0DSF 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 5.0 < 0.80 0.015 - 0.025< 9.0 < 2.25 0.020 - 0.030
< 16.0 < 3.00 0.025 - 0.035< 20.0 < 3.75 0.030 - 0.045< 24.0 < 6.00 0.035 - 0.050< 32.0 < 8.00 0.045 - 0.060
apmax (mm) aemax (mm) fz (mm)
< 4.0 < 4.0 0.015 - 0.025< 6.0 < 6.0 0.020 - 0.030
< 10.0 < 8.0 0.025 - 0.035< 12.0 < 10.0 0.030 - 0.045< 18.0 < 12.0 0.035 - 0.050< 24.0 < 16.0 0.045 - 0.060
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
100-15090-130
M Stainless steel < 600< 850
< 200< 250
80-11050-70
K Malleable cast iron < 260 150-200N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200 130-260GraphiteSynthetics
S High temp. alloys < 900 < 300 30-50Titanium alloys < 900 < 300 50-80
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
100-180
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSF
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
Chamfer
Shoulder milling Slot milling
ap up to 2.0 x d ae up to 0.5 x d
ap up to 1.5 x d
HVMHPM
recommended cooling:1. Emulsion2. Air3. Minimum lubrication
AlTiN coated
O107
high
tens
ile s
teel
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
type Z Ø d (mm)
DSRF 3 6.0DSRF 3 8.0DSRF 3 10.0DSRF 3 12.0DSRF 3 14.0DSRF 3 16.0DSRF 3 20.0
apmax (mm) aemax (mm) fz (mm)
< 9.0 < 3.0 0.03 - 0.04< 16.0 < 4.0 0.04 - 0.06< 20.0 < 5.0 0.06 - 0.08< 24.0 < 6.0 0.08 - 0.10< 28.0 < 7.0 0.10 - 0.12< 32.0 < 8.0 0.12 - 0.15< 40.0 < 10.0 0.12 - 0.20
apmax (mm) aemax (mm) fz (mm)
< 6.0 < 6.0 0.03 - 0.04< 10.0 < 8.0 0.04 - 0.06< 15.0 < 10.0 0.06 - 0.08< 24.0 < 12.0 0.08 - 0.10< 28.0 < 14.0 0.10 - 0.12< 32.0 < 16.0 0.12 - 0.15< 40.0 < 20.0 0.12 - 0.20
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
150-180110-150
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260 130-200N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200 130-260GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSRF
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
Chamfer
Shoulder milling Slot milling
ap up to 2.0 x d ae up to 0.5 x d
ap up to 2.0 x d
HVMHPM
recommended cooling:1. Emulsion2. Air3. Minimum lubrication
At shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
For finishing application vc can be increased up to 30%.
AlTiN coated
O108
high
tens
ile s
teel
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
type Z Ø d (mm)
DSRR 3 6.0DSRR 3 8.0DSRR 3 10.0DSRR 3 12.0DSRR 3 14.0DSRR 3 16.0DSRR 4 20.0
apmax (mm) aemax (mm) fz (mm)
< 9.0 < 3.0 0.03 - 0.04< 16.0 < 4.0 0.04 - 0.06< 20.0 < 5.0 0.06 - 0.08< 24.0 < 6.0 0.08 - 0.10< 28.0 < 7.0 0.10 - 0.12< 32.0 < 8.0 0.12 - 0.15< 40.0 < 10.0 0.12 - 0.20
apmax (mm) aemax (mm) fz (mm)
< 6.0 < 6.0 0.03 - 0.04< 10.0 < 8.0 0.04 - 0.06< 15.0 < 10.0 0.06 - 0.08< 24.0 < 12.0 0.08 - 0.10< 28.0 < 14.0 0.10 - 0.12< 32.0 < 16.0 0.12 - 0.15< 40.0 < 20.0 0.12 - 0.20
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
150-180110-150
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260 130-200N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200 130-260GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSRR
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
Shoulder milling Slot milling
ap up to 2.0 x d ae up to 0.5 x d
ap up to 2.0 x d
HVMHPM
recommended cooling:1. Emulsion2. Air3. Minimum lubrication
At shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
For finishing application vc can be increased up to 30%.
Corner radius
AlTiN coated
O109
high
tens
ile s
teel
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
M Stainless steel < 600< 850
< 200< 250
S High temp. alloys < 900 < 300 30 - 50Titanium alloys < 900 < 300 70 - 100
type Z Ø d (mm)
DSRV 4 3.0DSRV 4 4.0DSRV 4 5.0DSRV 4 6.0DSRV 4 8.0DSRV 4 10.0DSRV 4 12.0DSRV 5 16.0
apmax (mm) aemax (mm) fz (mm)
< 4.0 < 0.5 0.01 - 0.02< 7.0 < 0.8 0.02 - 0.03< 9.0 < 1.2 0.02 - 0.03
< 12.0 < 2.0 0.02 - 0.04< 16.0 < 3.0 0.03 - 0.05< 20.0 < 4.0 0.04 - 0.07< 24.0 < 6.0 0.05 - 0.08< 32.0 < 8.0 0.06 - 0.10
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 3.0 0.01 - 0.02< 3.0 < 4.0 0.02 - 0.03< 4.0 < 5.0 0.02 - 0.03< 5.0 < 6.0 0.02 - 0.04< 6.0 < 8.0 0.03 - 0.05< 8.0 < 10.0 0.04 - 0.07
< 10.0 < 12.0 0.05 - 0.08< 12.0 < 16.0 0.06 - 0.10
Material Example:M
Stainless steel
1.44041.44351.45411.45711.4301
S Titanium alloys 3.70243.7165
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSRV
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
TS3K coated
Shoulder milling Slot milling
ap up to 2.0 x d ae up to 0.5 x d
ap up to 1.0 x d
recommended cooling:Emulsion
At shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
Corner radius
O110
high
tens
ile s
teel
type Z Ø d (mm)
DSFF 4 4.0DSFF 4 6.0DSFF 4 8.0DSFF 4 10.0DSFF 4 12.0
fz (mm)
0.040 - 0.0600.050 - 0.0700.060 - 0.0800.070 - 0.0950.085 - 0.115
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
150-180110-150
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260 130-200N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200 130-260GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
In the UNITED STATES call us toll free1 - 888 - 818 HORN
TS3K coated
HVMHPM
CUTTING DATA DSFF
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Chamfering Endmill
Chamfering
recommended cooling:1. Emulsion2. Air
ae up to 0.40 x d
O111
high
tens
ile s
teel
type Z Ø d (mm)
DSKC 2 1.0DSKC 2 1.5DSKC 2 2.0DSKC 2 3.0DSKC 3 4.0DSKC 4 5.0
DSKC/DSKLC 4 6.0DSKC/DSKLC 5 8.0DSKC/DSKLC 5 10.0DSKC/DSKLC 7 12.0
DSKC 7 16.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 0.5 0.02 - 0.0.04< 2.0 0.7 0.02 - 0.0.04< 3.0 1.0 0.02 - 0.0.04< 4.0 1.5 0.02 - 0.0.04< 5.0 2.0 0.02 - 0.0.04< 5.0 2.5 0.02 - 0.0.04< 6.0 3.0 0.02 - 0.0.04< 8.0 4.0 0.02 - 0.0.04
< 10.0 5.0 0.02 - 0.0.04< 12.0 6.0 0.02 - 0.0.04< 20.0 6.0 0.02 - 0.0.04
apmax (mm) aemax (mm) fz (mm)
< 2.0 0.5 0.02 - 0.04< 2.0 0.7 0.02 - 0.04< 3.0 1.0 0.02 - 0.04< 4.0 1.5 0.02 - 0.04< 5.0 2.0 0.02 - 0.04< 5.0 2.5 0.02 - 0.04< 6.0 3.0 0.02 - 0.04< 8.0 4.0 0.02 - 0.04
< 10.0 5.0 0.02 - 0.04< 12.0 6.0 0.02 - 0.04< 20.0 8.0 0.02 - 0.04
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300Cobalt Chromium alloys 35-70
d d
ap dede ap ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKC/DSKLC
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
For further material specifications see material cross reference list.
Endmill Ballnose
Shoulder milling Copy milling
AlTiN coated
recommended cooling:Emulsion
Ballnose
O112
Cob
alt C
hrom
ium
type Z Ø d (mm)
DSKC 220° 2 3.0DSKC 220° 3 4.0DSKC 220° 4 5.0DSKC 220° 4 6.0DSKC 220° 5 8.0DSKC 220° 5 10.0DSKC 220° 7 12.0DSKC 220° 7 16.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 1.5 0.02 - 0.04< 2.6 < 2.0 0.02 - 0.04< 3.3 < 2.5 0.02 - 0.04< 4.0 < 3.0 0.02 - 0.04< 5.3 < 4.0 0.02 - 0.04< 6.7 < 5.0 0.02 - 0.04< 8.0 < 6.0 0.02 - 0.04
< 10.7 < 8.0 0.02 - 0.04
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300Cobalt Chromium alloys 35-70
d d
ap dede ap ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKC 220°
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
For the cutting speed vc calculation the effective cutting diameter deff has to be taken into account. See formula.
For further material specifications see material cross reference list.
Endmill Ballnose
Copy milling
AlTiN coated
recommended cooling:Emulsion
220° Ballnose
O113
Cob
alt C
hrom
ium
type Z Ø d (mm)
DSTC 2 1.5DSTC 2 2.0DSTC 2 3.0DSTC 3 4.0DSTC 4 5.0DSTC 4 6.0DSTC 5 8.0DSTC 5 10.0DSTC 5 12.0
apmax (mm) aemax (mm) fz (mm)
< 2.5 0.7 0.02 - 0.04< 3.0 1.0 0.02 - 0.04< 4.0 1.5 0.02 - 0.04< 5.0 2.0 0.02 - 0.04< 6.0 2.5 0.02 - 0.04< 6.0 3.0 0.02 - 0.04
< 10.0 4.0 0.02 - 0.04< 15.0 5.0 0.02 - 0.04< 18.0 6.0 0.02 - 0.04
apmax (mm) aemax (mm) fz (mm)
< 2.5 0.7 0.02 - 0.04< 3.0 1.0 0.02 - 0.04< 4.0 1.5 0.02 - 0.04< 5.0 2.0 0.02 - 0.04< 6.0 2.5 0.02 - 0.04< 6.0 3.0 0.02 - 0.04
< 10.0 4.0 0.02 - 0.04< 15.0 5.0 0.02 - 0.04< 18.0 6.0 0.02 - 0.04
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300Cobalt Chromium alloys 35-70
Ød
ae
= dae
ap
aeap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSTC
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
AlTiN coated
recommended cooling:Emulsion
Torus
Shoulder milling Copy milling
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
O114
Cob
alt C
hrom
ium
type Z Ø d (mm)
DSMRC 4 3.0DSMRC 4 4.0DSMRC 4 5.0DSMRC 5 6.0DSMRC 5 8.0DSMRC 5 10.0DSMRC 7 12.0DSMRC 7 16.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 1.0 0.02 - 0.04< 4.0 2.0 0.02 - 0.04< 5.0 2.5 0.02 - 0.04< 6.0 3.0 0.02 - 0.04< 8.0 4.0 0.02 - 0.04
< 10.0 5.0 0.02 - 0.04< 12.0 6.0 0.02 - 0.04 48.0 8.0 0.02 - 0.04
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300Cobalt Chromium alloys 35-70
Ød
ae
= dae
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSMRC
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
AlTiN coated
recommended cooling:Emulsion
Shoulder milling
At shoulder milling, feed per tooth fz*for lower ae values should be converted according formula.
Corner radius
up to
O115
Cob
alt C
hrom
ium
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 < 350
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 350
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
type Z Ø d (mm)
DSKK 4 3.0DSKK 4 4.0DSKK 4 5.0DSKK 4 6.0DSKK 4 8.0DSKK 4 10.0DSKK 4 12.0DSKK 4 14.0DSKK 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 0.3 < 0.15 0.015 - 0.020< 0.4 < 0.30 0.020 - 0.030< 0.5 < 0.35 0.025 - 0.035< 0.6 < 0.50 0.030 - 0.040< 0.8 < 0.70 0.040 - 0.060< 1.0 < 0.90 0.055 - 0.075< 1.2 < 1.20 0.100 - 0.130< 1.4 < 1.40 0.120 - 0.180< 1.6 < 1.60 0.150 - 0.250
d d
ap dede ap ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKK
Ballnose
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
Copy milling
HPM
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
deff = 2 • d • ap- ap2ß = 0:
ß = 0: deff = d • sin ß ± arc cos d - 2ap
d
ap up to 0.10 x dae up to 0.10 x d
For profile milling cutting speed vc may be increased up to 30%.
recommended cooling:1. Emulsion2. Minimum lubrication
CrCn coated
O116
Cop
per
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 < 350
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 350
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
type Z Ø d (mm)
DSTK 4 3.0DSTK 4 4.0DSTK 4 5.0DSTK 4 6.0DSTK 4 8.0DSTK 4 10.0DSTK 4 12.0DSTK 4 14.0DSTK 4 16.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.3 0.015 - 0.020< 6.0 < 0.4 0.020 - 0.030< 7.5 < 0.5 0.025 - 0.035< 9.0 < 0.8 0.030 - 0.040
< 12.0 < 1.0 0.040 - 0.060< 15.0 < 1.3 0.055 - 0.075< 18.0 < 2.4 0.100 - 0.130< 21.0 < 2.8 0.120 - 0.180< 24.0 < 3.2 0.150 - 0.250
apmax (mm) aemax (mm) fz (mm)
< 0.3 < 0.15 0.015 - 0.020< 0.4 < 0.30 0.020 - 0.030< 0.5 < 0.35 0.025 - 0.035< 0.6 < 0.50 0.030 - 0.040< 0.8 < 0.70 0.040 - 0.060< 1.0 < 0.90 0.055 - 0.075< 1.2 < 1.20 0.100 - 0.130< 1.4 < 1.40 0.120 - 0.180< 1.6 < 1.60 0.150 - 0.250
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Ød
ae
= dae
ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSTK
Torus
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Torus Endmill
Shoulder milling Copy milling
HSMHPM
ap up to 1.50 x d ae up to 0.20 x d
ap up to 0.10 x dae up to 0.10 x d
At shoulder milling, feed per tooth fz* for lower ae values should be converted according formula.
recommended cooling:1. Emulsion2. Minimum lubrication
CrCn coated
O117
Cop
per
type Z Ø d (mm)
DSMK 3 2.0DSMK 3 3.0DSMK 3 4.0DSMK 3 5.0DSMK 3 6.0DSMK 3 8.0DSMK 3 10.0DSMK 3 12.0DSMK 3 14.0DSMK 3 16.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 0.2 0.010 - 0.015< 3.0 < 0.3 0.015 - 0.020< 6.0 < 0.5 0.020 - 0.030< 7.5 < 0.7 0.025 - 0.035
< 12.0 < 1.2 0.030 - 0.040< 16.0 < 1.6 0.040 - 0.060< 20.0 < 2.0 0.055 - 0.075< 24.0 < 3.0 0.100 - 0.130< 28.0 < 3.5 0.120 - 0.180< 32.0 < 4.0 0.150 - 0.250
apmax (mm) aemax (mm) fz (mm)
< 0.2 < 2.0 0.010 - 0.015< 0.3 < 3.0 0.015 - 0.020< 0.4 < 4.0 0.020 - 0.025< 0.5 < 5.0 0.020 - 0.030< 0.6 < 6.0 0.025 - 0.035< 0.8 < 8.0 0.035 - 0.050< 1.0 < 10.0 0.055 - 0.065< 1.2 < 12.0 0.060 - 0.100< 1.4 < 14.0 0.080 - 0.150< 1.6 < 16.0 0.090 - 0.180
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 < 350
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 350
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
ap
ae
Ød
ae
= dae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSMK
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill
Shoulder milling Slot milling
HPM
ap up to 0.10 x dFor shoulder milling cutting speed vc can be increased up to 30%.
Sharp
At shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
ap up to 2.00 x dae up to 0.25 x d
recommended cooling:1. Emulsion2. Minimum lubrication
CrCn coated
O118
Cop
per
type z Ø d (mm)
DSMRK 3 2.0DSMRK 3 3.0DSMRK 3 4.0DSMRK 3 5.0DSMRK 3 6.0DSMRK 3 8.0DSMRK 3 10.0DSMRK 3 12.0DSMRK 3 14.0DSMRK 3 16.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 0.2 0.010 - 0.015< 3.0 < 0.3 0.015 - 0.020< 6.0 < 0.5 0.020 - 0.030< 7.5 < 0.7 0.025 - 0.035
< 12.0 < 1.2 0.030 - 0.040< 16.0 < 1.6 0.040 - 0.060< 20.0 < 2.0 0.055 - 0.075< 24.0 < 3.0 0.100 - 0.130< 28.0 < 3.5 0.120 - 0.180< 32.0 < 4.0 0.150 - 0.250
apmax (mm) aemax (mm) fz (mm)
< 0.2 < 2.0 0.010 - 0.015< 0.3 < 3.0 0.015 - 0.020< 0.4 < 4.0 0.020 - 0.025< 0.5 < 5.0 0.020 - 0.030< 0.6 < 6.0 0.025 - 0.035< 0.8 < 8.0 0.035 - 0.050< 1.0 < 10.0 0.055 - 0.065< 1.2 < 12.0 0.060 - 0.100< 1.4 < 14.0 0.080 - 0.150< 1.6 < 16.0 0.090 - 0.180
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 < 350
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 350
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
ap
ae
Ød
ae
= dae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSMRK
For further material specifications see material cross reference list.
Endmill
Shoulder milling Slot milling
HPM
ap up to 0.10 x dFor shoulder milling cutting speed vc can be increased up to 30%.
Corner radius
At shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
ap up to 2.00 x dae up to 0.25 x d
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
recommended cooling:1. Emulsion2. Minimum lubrication
CrCn coated
O119
Cop
per
type Z Ø d (mm)
DSKMK 2 0.3DSKMK 2 0.4DSKMK 2 0.5DSKMK 2 0.6DSKMK 2 0.8DSKMK 2 1.0DSKMK 2 1.2DSKMK 2 1.5DSKMK 2 2.0DSKMK 2 2.5DSKMK 2 3.0
apmax (mm) aemax (mm) fz (mm)
< 0.02 < 0.01 0.005 - 0.010< 0.02 < 0.02 0.007 - 0.015< 0.03 < 0.02 0.010 - 0.017< 0.06 < 0.02 0.015 - 0.020< 0.08 < 0.03 0.017 - 0.025< 0.10 < 0.05 0.020 - 0.030< 0.12 < 0.06 0.025 - 0.035< 0.15 < 0.07 0.030 - 0.045< 0.20 < 0.10 0.035 - 0.060< 0.25 < 0.12 0.045 - 0.070< 0.30 < 0.15 0.055 - 0.080
L2 Reduction1 - 5 x d 0%5 - 10 x d 30 %10 ~ 50 %
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 < 350
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 350
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKMK
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Micro Endmill
HSM
Ballnose
ap up to 0.10 x dae up to 0.05 x d
Cutting Speed vc is based on max. 40.000 rpm.
Copy milling
CrCn coated
recommended cooling:1. Emulsion2. Minimum lubrication
O120
Cop
per
L2 Reduction1 - 5 x d 0%5 - 10 x d 30 %10 ~ 50 %
type Z Ø d (mm)
DSMMK 2 0.3DSMMK 2 0.4DSMMK 2 0.5DSMMK 2 0.6DSMMK 2 0.8DSMMK 2 1.0DSMMK 2 1.2DSMMK 2 1.5DSMMK 2 2.0DSMMK 2 2.5DSMMK 2 3.0
apmax (mm) aemax (mm) fz (mm)
< 0.15 < 0.03 0.005 - 0.009< 0.20 < 0.03 0.007 - 0.010< 0.25 < 0.04 0.009 - 0.015< 0.45 < 0.05 0.010 - 0.017< 0.60 < 0.07 0.013 - 0.020< 1.00 < 0.10 0.016 - 0.025< 1.20 < 0.12 0.020 - 0.030< 1.50 < 0.15 0.030 - 0.035< 2.00 < 0.20 0.035 - 0.050< 2.50 < 0.25 0.040 - 0.060< 3.00 < 0.30 0.050 - 0.075
apmax (mm) aemax (mm) fz (mm)
< 0.03 < 0.3 0.005 - 0.009< 0.04 < 0.4 0.007 - 0.010< 0.05 < 0.5 0.009 - 0.012< 0.06 < 0.6 0.010 - 0.015< 0.08 < 0.8 0.012 - 0.017< 0.10 < 1.0 0.013 - 0.020< 0.12 < 1.2 0.015 - 0.025< 0.15 < 1.5 0.017 - 0.030< 0.20 < 2.0 0.020 - 0.040< 0.25 < 2.5 0.022 - 0.045< 0.30 < 3.0 0.025 - 0.055
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 < 350
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 350
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSMMK
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Micro Endmill
Shoulder milling
HSM
Cutting Speed vc is based on max. 40.000 rpm.
Corner radius
ap up to 0.10 x dap up to 1.00 x dae up to 0.10 x d
Slot milling
CrCn coated
recommended cooling:1. Emulsion2. Minimum lubrication
O121
Cop
per
type Z Ø d (mm)
DSKG 3 2.0DSKG 3 3.0DSKG 3 4.0DSKG 3 5.0DSKG 3 6.0DSKG 3 8.0DSKG 3 10.0DSKG 3 12.0
apmax (mm) aemax (mm) fz (mm)
< 0.4 < 0.1 0.010 - 0.030< 0.6 < 0.2 0.015 - 0.040< 0.8 < 0.3 0.025 - 0.050< 1.0 < 0.4 0.035 - 0.060< 1.2 < 0.5 0.045 - 0.080< 1.6 < 0.7 0.055 - 0.100< 2.0 < 0.9 0.075 - 0.120< 2.4 < 1.2 0.075 - 0.140
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120 < 400Copper < 350 < 100Brass < 700 < 200Graphite < 500Synthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKG
Ballnose
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
Copy milling
HSM
ap up to 0.20 x dae up to 0.10 x d
Cutting Speed vc is based on max. 40.000 rpm.
Diamond coated
Dry milling, with air pressure to remove the Graphit / Graphite powder
O122
Gra
phite
type Z Ø d (mm)
DSKGL 2 2.0DSKGL 2 3.0DSKGL 2 4.0DSKGL 2 5.0DSKGL 2 6.0DSKGL 2 8.0DSKGL 2 10.0DSKGL 2 12.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 0.2 0.010 - 0.030< 3.0 < 0.3 0.015 - 0.040< 6.0 < 0.4 0.025 - 0.050< 7.5 < 0.5 0.035 - 0.060< 9.0 < 0.8 0.045 - 0.080
< 12.0 < 1.0 0.055 - 0.100< 15.0 < 1.3 0.075 - 0.120< 24.0 < 2.4 0.075 - 0.140
apmax (mm) aemax (mm) fz (mm)
< 0.4 < 0.1 0.010 - 0.030< 0.6 < 0.2 0.015 - 0.040< 0.8 < 0.3 0.025 - 0.050< 1.0 < 0.4 0.035 - 0.060< 1.2 < 0.5 0.045 - 0.080< 1.6 < 0.7 0.055 - 0.100< 2.0 < 0.9 0.075 - 0.120< 2.4 < 1.2 0.075 - 0.140
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120 < 400Copper < 350 < 100Brass < 700 < 200Graphite < 500Synthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKGL
Ballnose
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill Ballnose
Shoulder milling Copy milling
HSM
ap up to 0.20 x dae up to 0.10 x d
ap up to 2.00 x dae up to 0.20 x d
Cutting Speed vc is based on max. 40.000 rpm.
Diamond coated
Dry milling, with air pressure to remove the Graphit / Graphite powder
O123
Gra
phite
type Z Ø d (mm)
DSTG/DSTLG 2 - 3 - 4 2.0DSTG/DSTLG 2 - 3 - 4 3.0DSTG/DSTLG 2 - 3 - 4 4.0DSTG/DSTLG 2 - 3 - 4 5.0DSTG/DSTLG 2 - 3 - 4 6.0DSTG/DSTLG 2 - 3 - 4 8.0DSTG/DSTLG 2 - 3 - 4 10.0DSTG/DSTLG 2 - 3 - 4 12.0
apmax (mm) aemax (mm) fz (mm)
< 2.0 < 0.2 0.010 - 0.030< 3.0 < 0.3 0.015 - 0.040< 6.0 < 0.4 0.025 - 0.050< 7.5 < 0.5 0.035 - 0.060< 9.0 < 0.8 0.045 - 0.080
< 12.0 < 1.0 0.055 - 0.100< 15.0 < 1.3 0.075 - 0.120< 24.0 < 2.4 0.075 - 0.140
apmax (mm) aemax (mm) fz (mm)
< 0.5 < 2.0 0.010 - 0.030< 0.8 < 3.0 0.015 - 0.040< 2.0 < 4.0 0.025 - 0.050< 2.5 < 5.0 0.035 - 0.060< 4.5 < 6.0 0.045 - 0.080< 6.0 < 8.0 0.055 - 0.100< 7.5 < 10.0 0.075 - 0.120
< 12.0 < 12.0 0.075 - 0.140
ae fz*0,10 x d fz x 30,25 x d fz x 20,50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120 < 400Copper < 350 < 100Brass < 700 < 200Graphite < 500Synthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
Ød
aeap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSTG / DSTLG
Corner radius
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Torus Endmill
Shoulder milling Slot milling
HSM
ap up to 2.00 x d ae up to 0.20 x d
ap up to 1.00 x d
= dae
Cutting Speed vc is based on max. 40.000 rpm.
Given conditions are based on DSTG standard endmills with Z=3.At shoulder milling, feed per tooth fz* for lower ae values should be converted according formula.
Dry milling, with air pressure to remove the Graphit / Graphite powder
Diamond coated
O124
Gra
phite
type Z Ø d (mm)
DSVG x 4.0DSVG x 6.0DSVG x 8.0DSVG x 10.0DSVG x 12.0
apmax (mm) aemax (mm) Vf (mm/min)
< 10.0 < 2.0 < 3600< 15.0 < 3.0 < 4100< 20.0 < 4.0 < 4500< 25.0 < 5.0 < 5100< 30.0 < 6.0 < 6000
apmax (mm) aemax (mm) Vf (mm/min)
< 4.0 < 4.0 < 3600< 6.0 < 6.0 < 4100< 8.0 < 8.0 < 4500
< 10.0 < 10.0 < 5100< 12.0 < 12.0 < 6000
ae fz*0,10 x d fz x 30,25 x d fz x 20,50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120Copper < 350 < 100Brass < 700 < 200Graphite 350-500Synthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
Ød
aeap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
ap up to 1.00 x d
CUTTING DATA DSVG
Sharp
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
Shoulder milling Slot milling
HSM
ap up to 2.50 x d ae up to 0.50 x d
ap up to 1.00 x d
= dae
At shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
Dry milling, with air pressure to remove the Graphit / Graphite powder
Diamond coated
O125
Gra
phite
type Z Ø d (mm)
DSKMG 2 0.3DSKMG 2 0.4DSKMG 2 0.5DSKMG 2 0.6DSKMG 2 0.8DSKMG 2 1.0DSKMG 2 1.2DSKMG 2 1.5
apmax (mm) aemax (mm) fz (mm)
< 0.03 < 0.02 0.006 - 0.012< 0.04 < 0.03 0.008 - 0.015< 0.05 < 0.03 0.010 - 0.020< 0.12 < 0.04 0.012 - 0.022< 0.16 < 0.05 0.015 - 0.025< 0.20 < 0.09 0.018 - 0.030< 0.24 < 0.10 0.020 - 0.035< 0.30 < 0.13 0.025 - 0.040
L2 Reduction1 - 5 x d 0%5 - 10 x d 30 %10 ~ 50 %
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120 < 200Copper < 350 < 100Brass < 700 < 200Graphite < 200Synthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSKMG
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Micro Endmill Ballnose
Copy milling
HSM
Dry milling, with air pressure to remove the Graphit / Graphite powder
Ballnose
ap up to 0.20 x dae up to 0.10 x d
Cutting Speed vc is based on max. 40.000 rpm.
Diamond coated
O126
Gra
phite
type Z Ø d (mm)
DSMMG 2 0.3DSMMG 2 0.4DSMMG 2 0.5DSMMG 2 0.6DSMMG 2 0.8DSMMG 2 1.0DSMMG 2 1.2DSMMG 2 1.5
apmax (mm) aemax (mm) fz (mm)
< 0.15 < 0.03 0.006 - 0.012< 0.20 < 0.04 0.008 - 0.015< 0.25 < 0.04 0.010 - 0.020< 0.45 < 0.05 0.012 - 0.022< 0.60 < 0.07 0.015 - 0.025< 1.00 < 0.10 0.018 - 0.030< 1.20 < 0.12 0.020 - 0.035< 1.50 < 0.15 0.025 - 0.040
apmax (mm) aemax (mm) fz (mm)
< 0.08 < 0.3 0.006 - 0.012< 0.10 < 0.4 0.008 - 0.015< 0.13 < 0.5 0.010 - 0.020< 0.15 < 0.6 0.012 - 0.022< 0.20 < 0.8 0.015 - 0.025< 0.25 < 1.0 0.018 - 0.030< 0.30 < 1.2 0.020 - 0.035< 0.38 < 1.5 0.025 - 0.040
L2 Reduction1 - 5 x d 0%5 - 10 x d 30 %10 ~ 50 %
Material Rm(N/mm2) Hardness HB Cutting speed
(vc m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100
Aluminium < 5%Si < 500 < 150Aluminium > 5%Si < 400 < 120 < 200Copper < 350 < 100Brass < 700 < 200Graphite < 200Synthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSMMG
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
Shoulder milling Slot milling
HSM
Dry milling, with air pressure to remove the Graphit / Graphite powder
Cutting Speed vc is based on max. 40.000 rpm.
Corner radius
ap up to 1.50 x dae up to 0.10 x d
ap up to 0.50 x d
Diamond coated
O127
Gra
phite
type Z Ø d (mm)
DSA 1 0.6DSA 1 0.8DSA 1 1.0DSA 1 1.2DSA 1 1.5DSA 1 1.6DSA 1 1.8DSA 1 2.0DSA 1 2.5DSA 1 3.0DSA 1 4.0DSA 1 5.0DSA 1 6.0DSA 1 7.0DSA 1 8.0DSA 1 10.0DSA 1 12.0
apmax (mm) aemax (mm) fz (mm)
< 0.3 < 0.08 0.010 - 0.015< 0.4 < 0.10 0.014 - 0.018< 0.8 < 0.25 0.015 - 0.020< 0.9 < 0.30 0.018 - 0.023< 1.1 < 0.38 0.023 - 0.027< 1.2 < 0.40 0.025 - 0.032< 1.4 < 0.45 0.027 - 0.036< 1.5 < 0.50 0.030 - 0.043< 1.9 < 0.63 0.034 - 0.060< 2.3 < 0.75 0.045 - 0.070< 4.0 < 2.00 0.050 - 0.080< 5.0 < 2.50 0.060 - 0.100< 6.0 < 3.00 0.075 - 0.120< 7.0 < 3.50 0.080 - 0.135< 8.0 < 4.00 0.095 - 0.150
< 10.0 < 5.00 0.115 - 0.185< 12.0 < 6.00 0.140 - 0.230
apmax (mm) aemax (mm) fz (mm)
< 0.3 < 0.6 0.010 - 0.015< 0.4 < 0.8 0.014 - 0.018< 0.8 < 1.0 0.015 - 0.020< 0.9 < 1.2 0.018 - 0.023< 1.1 < 1.5 0.023 - 0.027< 1.2 < 1.6 0.025 - 0.032< 1.4 < 1.8 0.027 - 0.036< 1.5 < 2.0 0.030 - 0.043< 1.9 < 2.5 0.034 - 0.060< 2.3 < 3.0 0.045 - 0.070< 4.0 < 4.0 0.050 - 0.080< 5.0 < 5.0 0.060 - 0.100< 6.0 < 6.0 0.075 - 0.120< 7.0 < 7.0 0.080 - 0.135< 8.0 < 8.0 0.095 - 0.150
< 10.0 < 10.0 0.115 - 0.185< 12.0 < 12.0 0.140 - 0.230
Material Rm(N/mm2) Hardness HB Cutting speed (vc
m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 250-400
Aluminium < 5%Si < 500 < 150 200-300Aluminium > 5%Si < 400 < 120 100-250Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics 100-400
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSA
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill
Shoulder milling Slot milling
HVM
uncoatedDiamond coated
recommended cooling:Emulsion
Ø 0.6 - Ø 2.5 mmSharp
Ø 3.0 - Ø 12.0 mmChamfer
ap up to 1.0 x dae up to 0.5 x d
ap up to 1.0 x dCutting Speed vc is based on max. 20.000 rpm.Conditions based on pure aluminium. For aluminium < 5% Si reduce feed per tooth fz up to 10% and for > 5% Si reduce fz up to 20%.
O128
Alu
min
um
type Z Ø d (mm)
DSA 2 3.0DSA 2 4.0DSA 2 5.0DSA 2 6.0DSA 2 8.0DSA 2 10.0DSA 2 12.0DSA 2 14.0DSA 2 16.0DSA 2 18.0DSA 2 20.0
apmax (mm) aemax (mm) fz (mm)
< 3.0 < 0.6 0.030 - 0.075< 6.0 < 1.0 0.035 - 0.085< 7.5 < 1.3 0.040 - 0.100
< 12.0 < 2.3 0.045 - 0.115< 16.0 < 3.0 0.050 - 0.120< 20.0 < 3.8 0.055 - 0.130< 24.0 < 6.0 0.065 - 0.150< 28.0 < 7.0 0.085 - 0.170< 32.0 < 8.0 0.100 - 0.180< 36.0 < 9.0 0.110 - 0.200< 40.0 < 10.0 0.125 - 0.210
apmax (mm) aemax (mm) fz (mm)
< 2.3 < 3.0 0.020 - 0.070< 4.0 < 4.0 0.025 - 0.080< 5.0 < 5.0 0.030 - 0.100< 6.0 < 6.0 0.035 - 0.120< 8.0 < 8.0 0.040 - 0.150
< 10.0 < 10.0 0.045 - 0.160< 12.0 < 12.0 0.055 - 0.170< 14.0 < 14.0 0.065 - 0.180< 16.0 < 16.0 0.075 - 0.190< 18.0 < 18.0 0.085 - 0.200< 20.0 < 20.0 0.100 - 0.210
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
Material Rm(N/mm2) Hardness HB Cutting speed (vc
m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 400-1000
Aluminium < 5%Si < 500 < 150 250-800Aluminium > 5%Si < 400 < 120 100-400Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap
ae= Ød
Ød
ae
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSA
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Endmill
Shoulder milling Slot milling
HSM
uncoatedTiB2 coated
recommended cooling:Emulsion
Sharp
ap up to 2.0 x dae up to 0.5 x d
Cutting Speed vc is based on max. 20.000 rpm.Conditions based on pure aluminium. For aluminium < 5% Si reduce feed per tooth fz up to 10% and for > 5% Si reduce fz up to 20%.
ap up to 1.0 x d
O129
Alu
min
um
type Z Ø d (mm)
DSAKH 2 6.0DSAKH 2 8.0DSAKH 2 10.0DSAKH 2 12.0DSAKH 2 14.0DSAKH 2 16.0DSAKH 2 18.0DSAKH 2 20.0DSAKH 2 25.0
apmax (mm) aemax (mm) fz (mm)
< 0.6 < 0.50 0.035 - 0.050< 0.8 < 0.70 0.050 - 0.070< 1.0 < 0.90 0.055 - 0.090< 1.2 < 1.20 0.065 - 0.100< 1.4 < 1.40 0.075 - 0.120< 1.6 < 1.60 0.085 - 0.140< 1.8 < 1.80 0.100 - 0.145< 2.0 < 2.00 0.105 - 0.150< 2.5 < 2.50 0.110 - 0.200
Material Rm(N/mm2) Hardness HB Cutting speed (vc
m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 500-2000
Aluminium < 5%Si < 500 < 150 250-1500Aluminium > 5%Si < 400 < 120 100-1000Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSAKH
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Copy milling
Conditions based on pure aluminium. For aluminium < 5% Si reduce feed per tooth fz up to 10% and for > 5% Si reduce fz up to 20%.
Endmill Ballnose
Ballnose
uncoatedTiB2 coated
HSM
recommended cooling:1. Emulsion2. Minimum lubrication3. Air
ap up to 0.05 x dae up to 0.10 x d
O130
Alu
min
um
type Z Ø d (mm)
DSAK 2 3.0DSAK 2 4.0DSAK 2 5.0DSAK 2 6.0DSAK 2 8.0DSAK 2 10.0DSAK 2 12.0DSAK 2 14.0DSAK 2 16.0DSAK 2 18.0DSAK 2 20.0
apmax (mm) aemax (mm) fz (mm)
< 0.6 < 0.2 0.030 - 0.075< 0.8 < 0.3 0.035 - 0.085< 1.0 < 0.4 0.040 - 0.100< 1.2 < 0.5 0.045 - 0.115< 1.6 < 0.7 0.050 - 0.120< 2.0 < 0.9 0.055 - 0.130< 2.4 < 1.2 0.065 - 0.150< 2.8 < 1.4 0.085 - 0.170< 3.2 < 1.6 0.100 - 0.180< 3.6 < 1.8 0.110 - 0.200< 4.0 < 2.0 0.125 - 0.210
Material Rm(N/mm2) Hardness HB Cutting speed (vc
m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 400-1000
Aluminium < 5%Si < 500 < 150 250-800Aluminium > 5%Si < 400 < 120 100-400Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSAK
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Copy milling
Endmill Ballnose
Ballnose
uncoatedTiB2 coated
HSM
recommended cooling:1. Emulsion2. Minimum lubrication3. Air
ap up to 0.20 x dae up to 0.10 x d
Cutting Speed vc is based on max. 20.000 rpm.
Conditions based on pure aluminium. For aluminium < 5% Si reduce feed per tooth fz up to 10% and for > 5% Si reduce fz up to 20%.
For DSAK short at shoulder milling ap max = 1,5 x d.
O131
Alu
min
um
ae fz*0.10 x d fz x 30.25 x d fz x 20.50 x d fz x 1
type Z Ø d (mm)
DSAR 3 6.0DSAR 3 8.0DSAR 3 10.0DSAR 3 12.0DSAR 3 16.0
apmax (mm) aemax (mm) fz (mm)
< 12.0 < 3.0 0.03 - 0.05< 16.0 < 4.0 0.04 - 0.07< 20.0 < 5.0 0.05 - 0.10< 24.0 < 6.0 0.06 - 0.12< 32.0 < 8.0 0.09 - 0.17
apmax (mm) aemax (mm) fz (mm)
< 9.0 < 6.0 0.04 - 0.04< 12.0 < 8.0 0.04 - 0.06< 15.0 < 10.0 0.05 - 0.08< 18.0 < 12.0 0.06 - 0.09< 24.0 < 16.0 0.09 - 0.13
Material Rm(N/mm2) Hardness HB Cutting speed (vc
m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 400-1000
Aluminium < 5%Si < 500 < 150 250-800Aluminium > 5%Si < 400 < 120 100-400Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 500
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
Ød
ae
= dae
ap
ae= Ød
ap
ae
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSAR
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Roughing Endmill
Chamfer
uncoatedTiB2 coated
HVM
recommended cooling:1. Emulsion2. Air
Shoulder milling Slot milling
ap up to 2.0 x d ae up to 0.5 x d
ap up to 1.5 x dAt shoulder milling, feed per tooth fz* for lower aevalues should be converted according formula.
O132
Alu
min
um
type Z Ø d (mm)
DSAT 2 6.0DSAT 2 8.0DSAT 2 10.0DSAT 2 12.0DSAT 2 14.0DSAT 2 16.0DSAT 2 18.0DSAT 2 20.0DSAT 2 25.0
apmax (mm) aemax (mm) fz (mm)
< 0.6 < 0.50 0.035 - 0.050< 0.8 < 0.70 0.050 - 0.070< 1.0 < 0.90 0.055 - 0.090< 1.2 < 1.20 0.065 - 0.100< 1.4 < 1.40 0.075 - 0.120< 1.6 < 1.60 0.085 - 0.140< 1.8 < 1.80 0.100 - 0.145< 2.0 < 2.00 0.105 - 0.150< 2.5 < 2.50 0.110 - 0.200
Material Rm(N/mm2) Hardness HB Cutting speed (vc
m/min)
P Carbon steel < 750 < 250Alloyed steel > 1000 < 300
Tool steel > 850> 1000
> 250> 300
M Stainless steel < 600< 850
< 200< 250
K Malleable cast iron < 260N Aluminium < 350 < 100 500-2000
Aluminium < 5%Si < 500 < 150 250-1500Aluminium > 5%Si < 400 < 120 100-1000Copper < 350 < 100Brass < 700 < 200GraphiteSynthetics < 500
S High temp. alloys < 900 < 300Titanium alloys < 900 < 300
HHardened steel
45-52 HRc50-60 HRc58-70 HRc
ap ae= Ød
In the UNITED STATES call us toll free1 - 888 - 818 HORN
CUTTING DATA DSAT
All above mentioned cutting conditions should be regarded as guidelines. The conditions can be further optimised, depending on the stability and power of the machine and toolholder.
For further material specifications see material cross reference list.
Torus Endmill
Torus
uncoatedTiB2 coated
HSM
recommended cooling:1. Emulsion2. Minimum lubrication3. Air
Conditions based on pure aluminium. For aluminium < 5% Si reduce feed per tooth fz up to 10% and for > 5% Si reduce fz up to 20%.
ap up to 0.05 x dae up to 0.10 x d
Copy milling
O133
Alu
min
um
typeNumber of
teethZ
Carbide Grades
Groove milling
Shouldermilling
Copy milling
Material groups
Items Page
Cutting dataPage
TS3KTS3ETS3HTSCCMG3KCN2KCD3KCD5KDD2K
Steel I
Steel II
Hardmilling
CoCr
Copper
Graphite
AlSi < 5%
AlSi > 5%
Synthetics
DSK2
●●
√√√√
√√√√
O20
O90
DSK4
●√√
√√√√
√√O
26O
96DSKH
2●
√√√√
O21
O91
DSK220°2
●●
√√√√
O24
O94
DSKH220°2
●√√
√√O
25O
95DSKL
2●
●√√
√√√√
√√O
22O
92DSKLH
2●
√√√√
√√√√
O23
O93
DSKM2
●●
√√√√
√√√√
O27-O
29O
97DST
2●
●√√
√√√√
√√O
32-O33
O100
DST4
●√√
√√√√
√√O
35-O36
O102
DSTH2
●√√
√√√√
√√O
34O
101DSDS
4●
√√√
√√O
30O
98DSDH
4●
√√√
√√O
31O
99DSM
6/8/10/12/16●
√√√√
√√O
37O
103DSMH
6●
√√√√
O38
O104
DSMR6/8/10/12/16
●●
√√√√
√√O
39-O40
O103
DSMRH6
●√√
√√O
41O
104DSML
6/8●
√√√√
√√O
42O
103DSR
3●
√√√√
√√√√
O43
O105
DSF3/4
●√√
√√√√
√√O
44-O45
O106-O
107DSFF
4●
√√√√
√√O
49O
111DSRF
3●
√√√√
√√O
46O
108DSRR
3●
√√√√
√√O
47O
109DSRV
4/5●
√√√√
√√√√
O48
O110
DSKC2/3/4/5/7
●√√
O52
O112
DSKLC4/5/7
●√√
O53
O112
DSKC220°2/3/4/5/7
●√√
O54
O113
DSTC2/3/4/5
●√√
O55
O114
DSMRC4/5/7
●√√
O56
O115
DSKK4
●√√
√√√√
√√√√
√√O
60O
116DSTK
4●
√√√√
√√√√
√√√√
O61
O117
DSMK3
●√√
√√√√
√√O
62O
118DSMRK
3●
√√√√
√√√√
O63
O119
DSKMK2
●√√
√√√√
√√√√
√√O
64O
120DSMMK
2●
√√√√
√√√√
√√O
65O
121DSKG
3●
√√√√
√√√√
√O
68O
122DSKGL
2●
√√√√
√√√√
√O
69O
123DSTG
3●
√√√√
√√√√
√O
70-O71
O124
DSTLG2
●√√
√√√√
√√√
O72
O124
DSKMG2
●√√
√√√√
√√√
O74
O126
DSMMG2
●√√
√√√√
√O
75O
127DSVG
x●
√√√√
√√√
O73
O125
DSA1
●●
√√√√
√√√
√√√√
O78
O128
DSA2
●●
√√√√
√√√
√√√√
O79-O
80O
129DSAKH
2●
●√√
√√√
√√√√
O81
O130
DSAK2
●●
√√√
√√√√
√√O
82-O83
O131
DSAR3
●√√
√√√
√√√√
√√O
84O
132DSAT
2●
●√
√√√√
√√√
√√√√
O85
O133
O
In the UNITED STATES call us toll free1 - 888 - 818 HORN
Selection chart list - SYSTEM DS
TS3K ● AlTiN coated for materials ≤ 40 HRCTS3E ● AlTiN coated for hard milling ≥ 50-70 HRCTS3H ● AlTiN coated for materials ≥ 38-53 HRCTSCC ● AlTiN coated for CoCr alloys
√√ best suitable√ suitable
MG3K ● uncoatedCN2K ●CrCn coatedCD5K ●Diamond coatedCD3K DD2K ● TiB2 coated
O134