SBA TechnologySBA TechnologySBA TechnologySBA TechnologySBA Technology byby ZEMANZEMAN
ZEMAN
ZEMAN
ZEMANZEMAN –– Steel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling Technology
1
Steel Beam Assembling Technology
1
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SBA Technology
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SBA Technology
ZEMAN has developed aon parts.
SBA systemThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural
SBA Technology
has developed aon parts.
SBA systemThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural
SBA Technology
has developed aon parts.
Old fashioned beam assembly
SBA systemThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural
SBA Technology by
has developed a
Old fashioned beam assembly
SBA systemThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural
by ZEMAN
has developed a
Old fashioned beam assembly
SBA system is a trueThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural
ZEMAN
has developed a
Old fashioned beam assembly
is a trueThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural
ZEMAN
ZEMAN
has developed a fully automated
Old fashioned beam assembly
is a trueThe only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural-
ZEMAN
fully automated
Old fashioned beam assembly
is a true “game changer”The only way fabricators could put their steel beams
Assembled by manual welding of the headbe needed to meet structural-design requirements.
ZEMAN –
fully automated
Old fashioned beam assembly
“game changer”The only way fabricators could put their steel beams
Possible combinations of add parts and beams
Assembled by manual welding of the headdesign requirements.
– Steel Beam Assembling Technology
fully automated
Old fashioned beam assembly
“game changer”The only way fabricators could put their steel beams
Possible combinations of add parts and beams
Assembled by manual welding of the headdesign requirements.
Steel Beam Assembling Technology
fully automated
Old fashioned beam assembly
“game changer”The only way fabricators could put their steel beams
Possible combinations of add parts and beams
Assembled by manual welding of the headdesign requirements.
Steel Beam Assembling Technology
fully automated production line
Old fashioned beam assembly
“game changer”The only way fabricators could put their steel beams
Possible combinations of add parts and beams
Assembled by manual welding of the head-design requirements.
Steel Beam Assembling Technology
production line
“game changer” with the conventional way of doing things:The only way fabricators could put their steel beams
Possible combinations of add parts and beams
-plates, basedesign requirements.
Steel Beam Assembling Technology
production line
with the conventional way of doing things:The only way fabricators could put their steel beams
Possible combinations of add parts and beams
plates, basedesign requirements.
Steel Beam Assembling Technology
production line
with the conventional way of doing things:The only way fabricators could put their steel beams
Possible combinations of add parts and beams
plates, basedesign requirements.
Steel Beam Assembling Technology
2
production line
with the conventional way of doing things:The only way fabricators could put their steel beams together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, base
Steel Beam Assembling Technology
2
production line
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, base-plates, connection plates
Steel Beam Assembling Technology
production line for practically any type of steel
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
Steel Beam Assembling Technology
for practically any type of steel
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
Steel Beam Assembling Technology – SBA
for practically any type of steel
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
SBA –
for practically any type of steel
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
– Build
for practically any type of steel
Future of beam assembly
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
Build to
for practically any type of steel
Future of beam assembly
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
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for practically any type of steel
Future of beam assembly
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates
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for practically any type of steel
Future of beam assembly
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
plates, connection plates and whatever stiffeners may
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for practically any type of steel
Future of beam assembly
with the conventional way of doing things:together, anywhere in the world, was by hand.
Possible combinations of add parts and beams
and whatever stiffeners may
for practically any type of steel
Future of beam assembly
with the conventional way of doing things:together, anywhere in the world, was by hand.
and whatever stiffeners may
for practically any type of steel beam tha
Future of beam assembly
together, anywhere in the world, was by hand.
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beam tha
Future of beam assembly
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SBA TechnologySBA TechnologySBA TechnologySBA TechnologySBA Technology byby ZEMANZEMAN
ZEMAN
ZEMAN
ZEMANZEMAN –– Steel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling Technology
3
Steel Beam Assembling Technology
3
Steel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling Technology – SBASBA –– BuildBuild toto Leadeadead
The individual components
simultaneously compares the gathered data with the CAD
into the SBA’s s
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
steel beam.
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
SBA Technology
The individual components
simultaneously compares the gathered data with the CAD
into the SBA’s s
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
steel beam.
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
SBA Technology
The individual components
simultaneously compares the gathered data with the CAD
into the SBA’s s
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
steel beam.
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
SBA Technology
The individual components
simultaneously compares the gathered data with the CAD
into the SBA’s s
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
steel beam.
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
SBA Technology
The individual components
simultaneously compares the gathered data with the CAD
into the SBA’s s
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
steel beam.
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
SBA Technology by
The individual components
simultaneously compares the gathered data with the CAD
into the SBA’s software. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
by ZEMAN
The individual components
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
ZEMAN
The individual components
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
ZEMAN
ZEMAN
The individual components
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
ZEMAN
The individual components
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
ZEMAN –
The individual components are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
– Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Handling & Welding Robots in Action
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
reported to the operator, who can decide, whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
4
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
oftware. Any deviation from allowed tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
4
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
simultaneously compares the gathered data with the CAD drawings
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology
are being automatically scanned by a 3D laser/camera system, which
drawings
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief
Steel Beam Assembling Technology – SBA
are being automatically scanned by a 3D laser/camera system, which
drawings
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
the beam (according to CAD drawing) and mounted within a brief span of time
SBA –
are being automatically scanned by a 3D laser/camera system, which
drawings,
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
span of time
– Build
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
span of time
Build to
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
span of time
to Lead
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
span of time (approx. 1 min/piece)
ead
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
faulty add parts shall be replaced. This methodology helps to guarantee the error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
ead
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
whether to proceed with the fabrication of the beam, or if the
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
(approx. 1 min/piece)
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
or if the
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
or if the
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
are being automatically scanned by a 3D laser/camera system, which
which have previously been imported
tolerances for the scanned parts will be immediately
or if the
error free assembly of each
With the help of a handling robot and a welding robot, add parts are being placed at the exact position of
SBA Technology
SBA Technology
Omit manual measuring and line marking
Automatic recognition of welding location
No standstill
Automatic in
Minimization of labo
Lack of skilled labo
Project
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
Environmental
SBA Technology
Omit manual measuring and line marking
Automatic recognition of welding location
No standstill
Automatic in
Minimization of labo
Lack of skilled labo
Project
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
Environmental
SBA Technology
Omit manual measuring and line marking
Automatic recognition of welding location
No standstill
Automatic in
Minimization of labo
Lack of skilled labo
Project-related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
Environmental
SBA Technology by
Omit manual measuring and line marking
Automatic recognition of welding location
No standstill
Automatic in
Minimization of labo
Lack of skilled labo
related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
Environmental
by ZEMAN
Omit manual measuring and line marking
Automatic recognition of welding location
No standstill time of r
Automatic in- and outfeed
Minimization of labo
Lack of skilled labo
related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
Environmental
ZEMAN
Omit manual measuring and line marking
Automatic recognition of welding location
time of r
and outfeed
Minimization of labo
Lack of skilled labo
related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
Environmental friendly by saving energy with
ZEMAN
ZEMAN
Omit manual measuring and line marking
Automatic recognition of welding location
time of r
and outfeed
Minimization of labou
Lack of skilled labour can be easily overcome
related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
ZEMAN
Omit manual measuring and line marking
Automatic recognition of welding location
time of robots through simultaneous work
and outfeed
ur force and labo
r can be easily overcome
related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
ZEMAN –
Omit manual measuring and line marking
Automatic recognition of welding location
obots through simultaneous work
and outfeed of beams
r force and labo
r can be easily overcome
related information
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
– Steel Beam Assembling Technology
Omit manual measuring and line marking
Automatic recognition of welding location
obots through simultaneous work
of beams
r force and labo
r can be easily overcome
will be
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
Steel Beam Assembling Technology
Omit manual measuring and line marking
Automatic recognition of welding location
obots through simultaneous work
of beams
r force and labo
r can be easily overcome
will be
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
Steel Beam Assembling Technology
Omit manual measuring and line marking
Automatic recognition of welding location
obots through simultaneous work
of beams
r force and labo
r can be easily overcome
will be saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
Steel Beam Assembling Technology
Omit manual measuring and line marking
Automatic recognition of welding location
obots through simultaneous work
r force and labour costs
r can be easily overcome
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
Steel Beam Assembling Technology
Omit manual measuring and line marking (scribing)
Automatic recognition of welding location
obots through simultaneous work
r costs
r can be easily overcome
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
Steel Beam Assembling Technology
(scribing)
obots through simultaneous work
r costs
r can be easily overcome
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
friendly by saving energy with
Steel Beam Assembling Technology
5
(scribing)
obots through simultaneous work
r can be easily overcome
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
perfectly tuned software
Steel Beam Assembling Technology
5
(scribing)
obots through simultaneous work
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
No assembly or welding mistakes caused by SBA
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high
perfectly tuned software
Steel Beam Assembling Technology
(scribing) of welding location
obots through simultaneous work
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
Easy assembly of complete construction due to high precision of fabricated beams
perfectly tuned software
Steel Beam Assembling Technology
of welding location
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
Delivery of perfectly assembled beams to construction site
Reliable quality at highest standards for all fabricated beams
precision of fabricated beams
perfectly tuned software
Steel Beam Assembling Technology – SBA
of welding location
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same
Delivery of perfectly assembled beams to construction site, shorter “time to market”
Reliable quality at highest standards for all fabricated beams
precision of fabricated beams
perfectly tuned software
SBA –
of welding location
saved by the software and used for future tasks
Shorter fabrication times facilitate increase in capacity at same expenditure
, shorter “time to market”
precision of fabricated beams
perfectly tuned software
– Build
of welding location
saved by the software and used for future tasks
expenditure
, shorter “time to market”
precision of fabricated beams
perfectly tuned software
Build to
of welding location
saved by the software and used for future tasks
expenditure
, shorter “time to market”
precision of fabricated beams
perfectly tuned software
to Lead
of welding location
saved by the software and used for future tasks
expenditure
, shorter “time to market”
precision of fabricated beams
ead
saved by the software and used for future tasks
expenditure
, shorter “time to market”
precision of fabricated beams
ead
saved by the software and used for future tasks
, shorter “time to market”
precision of fabricated beams
saved by the software and used for future tasks
, shorter “time to market”
precision of fabricated beams
, shorter “time to market”
precision of fabricated beams
SBA Technology
Scanning table for add parts
ZEMAN’s
1)
2)
SBA Technology
Scanning table for add parts
ZEMAN’s
1) Implementing CAD Drawing into
2) Placing add parts on scanning table
SBA Technology
Scanning table for add parts
ZEMAN’s
Implementing CAD Drawing into
Placing add parts on scanning table
SBA Technology
Scanning table for add parts
ZEMAN’s user
Implementing CAD Drawing into
Placing add parts on scanning table
SBA Technology by
Scanning table for add parts
user-friendly
Implementing CAD Drawing into
Placing add parts on scanning table
by ZEMAN
Scanning table for add parts
friendly
Implementing CAD Drawing into
Placing add parts on scanning table
ZEMAN
Scanning table for add parts
friendly
Implementing CAD Drawing into
Placing add parts on scanning table
ZEMAN
ZEMAN
Scanning table for add parts
friendly “Pro
Implementing CAD Drawing into
Placing add parts on scanning table
ZEMAN
Scanning table for add parts
“Pro-fit” Software
Implementing CAD Drawing into
Placing add parts on scanning table
ZEMAN –
fit” Software
Implementing CAD Drawing into
Placing add parts on scanning table
– Steel Beam Assembling Technology
fit” Software
Implementing CAD Drawing into
Placing add parts on scanning table
Steel Beam Assembling Technology
fit” Software
Implementing CAD Drawing into
Placing add parts on scanning table
Steel Beam Assembling Technology
fit” Software
Implementing CAD Drawing into
Placing add parts on scanning table
Steel Beam Assembling Technology
Implementing CAD Drawing into
Placing add parts on scanning table
Steel Beam Assembling Technology
Implementing CAD Drawing into
Placing add parts on scanning table
Steel Beam Assembling Technology
Implementing CAD Drawing into ZEMAN
Placing add parts on scanning table
Steel Beam Assembling Technology
6
ZEMAN
Placing add parts on scanning table
Steel Beam Assembling Technology
6
ZEMAN
Steel Beam Assembling Technology
ZEMAN’s Pro
Steel Beam Assembling Technology
’s Pro
Steel Beam Assembling Technology – SBA
’s Pro-
SBA –
-FIT software
– Build
FIT software
Build to
FIT software
to Lead
FIT software
ead
FIT software
ead
FIT software
SBA Technology
Auto feed
3)
4)
Auto 3D scanner
SBA Technology
Auto feed
3) Automatic feed
4) Automatic
Auto 3D scanner
SBA Technology
Auto feed
Automatic feed
Automatic
Auto 3D scanner
SBA Technology
Auto feed-in
Automatic feed
Automatic
Auto 3D scanner
SBA Technology by
in
Automatic feed
Automatic
Auto 3D scanner
by ZEMAN
Automatic feed
Automatic feed in and scan of add parts with 3D laser and camera system
Auto 3D scanner
ZEMAN
Automatic feed
feed in and scan of add parts with 3D laser and camera system
ZEMAN
ZEMAN
Automatic feed-
feed in and scan of add parts with 3D laser and camera system
ZEMAN
-in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
ZEMAN –
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
– Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
7
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
7
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Steel Beam Assembling Technology – SBA
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
SBA –
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
– Build
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
Build to
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
to Lead
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
ead
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
ead
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera system
in of beams with the help of cross and length conveyors
feed in and scan of add parts with 3D laser and camera systemfeed in and scan of add parts with 3D laser and camera system
SBA Technology
5)
Assembly process
6)
Two welding robots in Action
SBA Technology
5) Assembly starts by tack welding parts to the beam
Assembly process
6) Full welding process starts (multi pass
Two welding robots in Action
SBA Technology
Assembly starts by tack welding parts to the beam
Assembly process
Full welding process starts (multi pass
Two welding robots in Action
SBA Technology
Assembly starts by tack welding parts to the beam
Assembly process
Full welding process starts (multi pass
Two welding robots in Action
SBA Technology by
Assembly starts by tack welding parts to the beam
Assembly process
Full welding process starts (multi pass
Two welding robots in Action
by ZEMAN
Assembly starts by tack welding parts to the beam
Assembly process
Full welding process starts (multi pass
Two welding robots in Action
ZEMAN
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Two welding robots in Action
ZEMAN
ZEMAN
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Two welding robots in Action
ZEMAN
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Two welding robots in Action
ZEMAN –
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Two welding robots in Action
– Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
8
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
8
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
Full welding process starts (multi pass welding possible)
Steel Beam Assembling Technology
Assembly starts by tack welding parts to the beam
welding possible)
Steel Beam Assembling Technology – SBA
Assembly starts by tack welding parts to the beam
welding possible)
SBA –
Assembly starts by tack welding parts to the beam
welding possible)
– Build
Assembly starts by tack welding parts to the beam
welding possible)
Build to
welding possible)
to Lead
welding possible)
ead
welding possible)
ead
SBA Technology
7)
SBA Technology
7) Automatic feed
SBA Technology
Automatic feed
SBA Technology
Automatic feed
SBA Technology by
Automatic feed
SINGLE PASS
by ZEMAN
Automatic feed
SINGLE PASS
ZEMAN
Automatic feed
SINGLE PASS
ZEMAN
ZEMAN
The beam has been completely assembled
Automatic feed-
SINGLE PASS
ZEMAN
The beam has been completely assembled
-out of beam with the help of conveyors and lifting system
SINGLE PASS
ZEMAN –
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
SINGLE PASS
– Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
SINGLE PASS / MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
9
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
9
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology
The beam has been completely assembled and
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING
Steel Beam Assembling Technology – SBA
and
out of beam with the help of conveyors and lifting system
/ MULTI PASS WELDING IN PERFECT QUALITY
SBA –
and is ready for
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
– Build
is ready for
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
Build to
is ready for
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
to Lead
is ready for painting!
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
ead
painting!
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
ead
painting!
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
painting!
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
out of beam with the help of conveyors and lifting system
IN PERFECT QUALITY
out of beam with the help of conveyors and lifting systemout of beam with the help of conveyors and lifting systemout of beam with the help of conveyors and lifting system
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world ofassembly.
SBA Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world ofassembly.
SBA Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world ofassembly.
SBA Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world ofassembly.
SBA Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world ofassembly.
SBA Technology by
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
by ZEMAN
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
ZEMAN
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
ZEMAN
ZEMAN
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
ZEMAN
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
ZEMAN –
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
– Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and weldingcapacity by using a minimum of space.
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
10
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
10
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Steel Beam Assembling Technology – SBA
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
SBA –
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
– Build
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
Build to
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
to Lead
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of
ead
The SBA Compact model has been designed to increase beam assembly and welding
SBA Compact is the first choice of fabricators to enter the world of automated steel beam
ead
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
The SBA Compact model has been designed to increase beam assembly and welding
automated steel beam
SBA Conti offers the full package of automation:
Automatic Inpossible beam processing!
SBA Technology
SBA Conti offers the full package of automation:
Automatic Inpossible beam processing!
SBA Technology
SBA Conti offers the full package of automation:
Automatic Inpossible beam processing!
SBA Technology
SBA Conti offers the full package of automation:
Automatic Inpossible beam processing!
SBA Technology
SBA Conti offers the full package of automation:
Automatic Inpossible beam processing!
SBA Technology by
SBA Conti offers the full package of automation:
Automatic In- & Outfeed of beams and add parts, for reduced handling time and quickestpossible beam processing!
by ZEMAN
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickestpossible beam processing!
ZEMAN
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickestpossible beam processing!
ZEMAN
ZEMAN
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickestpossible beam processing!
ZEMAN
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickestpossible beam processing!
ZEMAN –
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickestpossible beam processing!
– Steel Beam Assembling Technology
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
11
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
11
SBA Conti offers the full package of automation:
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology
& Outfeed of beams and add parts, for reduced handling time and quickest
Steel Beam Assembling Technology – SBA
& Outfeed of beams and add parts, for reduced handling time and quickest
SBA –
& Outfeed of beams and add parts, for reduced handling time and quickest
– Build
& Outfeed of beams and add parts, for reduced handling time and quickest
Build to
& Outfeed of beams and add parts, for reduced handling time and quickest
to Lead
& Outfeed of beams and add parts, for reduced handling time and quickest
ead
& Outfeed of beams and add parts, for reduced handling time and quickest
ead
& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest& Outfeed of beams and add parts, for reduced handling time and quickest
SBA Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
SBA Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
SBA Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
SBA Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
SBA Technology by
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
by ZEMAN
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
ZEMAN
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
ZEMAN
ZEMAN
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
ZEMAN
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
ZEMAN –
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
– Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
according to CAD drawings.
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology
12
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology
12
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Steel Beam Assembling Technology – SBA
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
SBA –
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
– Build
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
Build to
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
to Lead
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
ead
SBA Eco boosts fabricator’s capacity output, by fully automatic welding
ead
SBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic weldingSBA Eco boosts fabricator’s capacity output, by fully automatic welding
SBA Technology
Pro
SBA Technology
Pro
SBA Technology
Pro-fit is an easy to use software for processing of CAD drawings with SBA:
-
-
-
SBA Technology
fit is an easy to use software for processing of CAD drawings with SBA:
User friendly
Only 5min work
Compatible with all CAD
SBA Technology by
fit is an easy to use software for processing of CAD drawings with SBA:
User friendly
Only 5min work
Compatible with all CAD
by ZEMAN
fit is an easy to use software for processing of CAD drawings with SBA:
User friendly
Only 5min work
Compatible with all CAD
ZEMAN
fit is an easy to use software for processing of CAD drawings with SBA:
User friendly
Only 5min work
Compatible with all CAD
ZEMAN
ZEMAN
fit is an easy to use software for processing of CAD drawings with SBA:
User friendly
Only 5min work
Compatible with all CAD
ZEMAN
fit is an easy to use software for processing of CAD drawings with SBA:
User friendly
Only 5min work
Compatible with all CAD
ZEMAN –
fit is an easy to use software for processing of CAD drawings with SBA:
Only 5min work
Compatible with all CAD
– Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
Only 5min work preparation
Compatible with all CAD
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
preparation
Compatible with all CAD
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
preparation
Compatible with all CAD
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
preparation
Compatible with all CAD-Programs
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
preparation
Programs
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
Programs
Steel Beam Assembling Technology
13
fit is an easy to use software for processing of CAD drawings with SBA:
Programs
Steel Beam Assembling Technology
13
fit is an easy to use software for processing of CAD drawings with SBA:
Programs
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
Steel Beam Assembling Technology
fit is an easy to use software for processing of CAD drawings with SBA:
Steel Beam Assembling Technology – SBA
fit is an easy to use software for processing of CAD drawings with SBA:
SBA –
fit is an easy to use software for processing of CAD drawings with SBA:
– Build
fit is an easy to use software for processing of CAD drawings with SBA:
Build to
fit is an easy to use software for processing of CAD drawings with SBA:
to Lead
fit is an easy to use software for processing of CAD drawings with SBA:
ead
fit is an easy to use software for processing of CAD drawings with SBA:
ead
fit is an easy to use software for processing of CAD drawings with SBA:fit is an easy to use software for processing of CAD drawings with SBA:fit is an easy to use software for processing of CAD drawings with SBA:fit is an easy to use software for processing of CAD drawings with SBA:fit is an easy to use software for processing of CAD drawings with SBA:fit is an easy to use software for processing of CAD drawings with SBA:
Heavy
SBA Technology
Heavy
SBA Technology
3D Scanning
Heavy Duty Handling Robot
SBA Technology
3D Scanning
Duty Handling Robot
SBA Technology
3D Scanning
Duty Handling Robot
SBA Technology by
3D Scanning
Duty Handling Robot
Multilayer Welding
by ZEMAN
3D Scanning
Duty Handling Robot
Multilayer Welding
ZEMAN
3D Scanning
Duty Handling Robot
Multilayer Welding
ZEMAN
ZEMAN
Duty Handling Robot
Multilayer Welding
ZEMAN
Duty Handling Robot
Multilayer Welding
ZEMAN –
Multilayer Welding
– Steel Beam Assembling Technology
Multilayer Welding
Steel Beam Assembling TechnologySteel Beam Assembling TechnologySteel Beam Assembling Technology
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology
14
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology
14
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology
Heavy Beam Rotators
Auto Turning Station
Steel Beam Assembling Technology – SBA
Heavy Beam Rotators
Auto Turning Station
SBA –– Build
Preheating & Plasma Cutting
Build to
Preheating & Plasma Cutting
to Lead
Preheating & Plasma Cutting
ead
Self
Preheating & Plasma Cutting
ead
Self
Preheating & Plasma Cutting
Swift Assembly
Self-Calibration
Preheating & Plasma Cutting
Swift Assembly
Calibration
Preheating & Plasma Cutting
Swift Assembly
Calibration
Preheating & Plasma Cutting
Swift Assembly
Calibration
Preheating & Plasma Cutting
Swift Assembly
Calibration & Cleaning
Preheating & Plasma Cutting
Swift Assembly
& Cleaning& Cleaning& Cleaning
SBA Technology
Beam sizes
Beam types
Weight limits in kg
Dimensions of ADDparts
Other available ADDparts (
Welding seams
Plasma cuts
Pre-
Auto measurements andtolerance compensation
Others
SBA Technology
Beam sizes
Beam types
Weight limits in kg
Dimensions of ADDparts
Other available ADDparts (in mm
Welding seams
Plasma cuts
-heating
Auto measurements andtolerance compensation
Others
SBA Technology
Beam sizes
Beam types
Weight limits in kg
Dimensions of ADD
Other available ADDin mm
Welding seams
Plasma cuts
heating
Auto measurements andtolerance compensation
SBA Technology
Beam sizes
Beam types
Weight limits in kg
Dimensions of ADD
Other available ADDin mm)
Welding seams
Plasma cuts
heating
Auto measurements andtolerance compensation
SBA Technology by
Weight limits in kg
Dimensions of ADD
Other available ADD
Welding seams
Auto measurements andtolerance compensation
by ZEMAN
Dimensions of ADD
Other available ADD
Auto measurements andtolerance compensation
ZEMAN
FUNCTIONS/CAPABILITI
Auto measurements andtolerance compensation
ZEMAN
ZEMAN
FUNCTIONS/CAPABILITI
Hight of beam
Width of beam
Length of beam
H -beams
Welded H
Corrugated SIN beams
Rectangular /square tubes
U -
Others
ADD parts
max. beam weight
Plates
Corner frame application
Angle beams (L
Rectangular/square
U -
Cleats (H
Timbering style structure
T -
Automatic tack weld generating (programming)
Close
Curved welding (radi)
Automatic re
Fillet welds single layer
Fillet welds multi layer
V -
V -
Full penetration welds
Gap detection/
Automatic seam tracking system (AWC)
Part2Part welding
Vertical welds (up
Copying
Beam holes
Bevel cut at the rear side of beam
Chamfer located cross in the beam
Head
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto centring/averaging
Auto fillet detecting (fillet welds)
Auto groove dedecting V
Holes at
Auto pushing method in different directions
Assembly
Zeroif needed)Master/Slave job splitter
Free definition of gripper tool positions on accessoriesneeded)Turning devices
Clamping
Number of different sizes of gripper tools
Work preparation software (programming of production)
ZEMAN
FUNCTIONS/CAPABILITI
Hight of beam
Width of beam
Length of beam
beams
Welded H
Corrugated SIN beams
Rectangular /square tubes
profiles
Others
ADD parts
max. beam weight
Plates
Corner frame application
Angle beams (L
Rectangular/square
profile
Cleats (H
Timbering style structure
parts (pre
Automatic tack weld generating (programming)
Close-up welds (spot welds)
Curved welding (radi)
Automatic re
Fillet welds single layer
Fillet welds multi layer
welds single layer
welds multi layer
Full penetration welds
Gap detection/
Automatic seam tracking system (AWC)
Part2Part welding
Vertical welds (up
Copying
Beam holes
Bevel cut at the rear side of beam
Chamfer located cross in the beam
Head-/footplate
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto centring/averaging
Auto fillet detecting (fillet welds)
Auto groove dedecting V
Holes at
Auto pushing method in different directions
Assembly
Zero-point offset of main beamif needed)Master/Slave job splitter
Free definition of gripper tool positions on accessoriesneeded)Turning devices
Clamping
Number of different sizes of gripper tools
Work preparation software (programming of production)
ZEMAN –
FUNCTIONS/CAPABILITI
Hight of beam
Width of beam
Length of beam
beams
Welded H - beams
Corrugated SIN beams
Rectangular /square tubes
profiles
ADD parts
max. beam weight
Corner frame application
Angle beams (L
Rectangular/square
profile
Cleats (H - beam)
Timbering style structure
parts (pre
Automatic tack weld generating (programming)
up welds (spot welds)
Curved welding (radi)
Automatic re
Fillet welds single layer
Fillet welds multi layer
welds single layer
welds multi layer
Full penetration welds
Gap detection/
Automatic seam tracking system (AWC)
Part2Part welding
Vertical welds (up
Copying
Beam holes
Bevel cut at the rear side of beam
Chamfer located cross in the beam
/footplate
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto centring/averaging
Auto fillet detecting (fillet welds)
Auto groove dedecting V
Holes at accessories as reference for assembly
Auto pushing method in different directions
Assembly-/ production tolerances
point offset of main beamif needed)Master/Slave job splitter
Free definition of gripper tool positions on accessoriesneeded)Turning devices
Clamping
Number of different sizes of gripper tools
Work preparation software (programming of production)
– Steel Beam Assembling Technology
FUNCTIONS/CAPABILITI
Hight of beam
Width of beam
Length of beam
beams
Corrugated SIN beams
Rectangular /square tubes
max. beam weight
Corner frame application
Angle beams (L -
Rectangular/square
beam)
Timbering style structure
parts (pre-welded parts)
Automatic tack weld generating (programming)
up welds (spot welds)
Curved welding (radi)
Automatic re-orientation of the weld gun
Fillet welds single layer
Fillet welds multi layer
welds single layer
welds multi layer
Full penetration welds
Gap detection/- compensation
Automatic seam tracking system (AWC)
Part2Part welding
Vertical welds (up
Bevel cut at the rear side of beam
Chamfer located cross in the beam
/footplate
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto centring/averaging
Auto fillet detecting (fillet welds)
Auto groove dedecting V
accessories as reference for assembly
Auto pushing method in different directions
/ production tolerances
point offset of main beam
Master/Slave job splitter
Free definition of gripper tool positions on accessories
Turning devices
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
FUNCTIONS/CAPABILITI
beams
Corrugated SIN beams
Rectangular /square tubes
max. beam weight
Corner frame application
profiles)
Rectangular/square tubes
beam)
Timbering style structure
welded parts)
Automatic tack weld generating (programming)
up welds (spot welds)
Curved welding (radi)
orientation of the weld gun
Fillet welds single layer
Fillet welds multi layer
welds single layer
welds multi layer
Full penetration welds
compensation
Automatic seam tracking system (AWC)
Part2Part welding
Vertical welds (up - welding) only tackwelding
Bevel cut at the rear side of beam
Chamfer located cross in the beam
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto centring/averaging
Auto fillet detecting (fillet welds)
Auto groove dedecting V
accessories as reference for assembly
Auto pushing method in different directions
/ production tolerances
point offset of main beam
Master/Slave job splitter
Free definition of gripper tool positions on accessories
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
FUNCTIONS/CAPABILITI
Corrugated SIN beams
Rectangular /square tubes
Corner frame application
profiles)
tubes
Timbering style structure
welded parts)
Automatic tack weld generating (programming)
up welds (spot welds)
orientation of the weld gun
Fillet welds single layer
Fillet welds multi layer
Full penetration welds
compensation
Automatic seam tracking system (AWC)
welding) only tackwelding
Bevel cut at the rear side of beam
Chamfer located cross in the beam
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto centring/averaging
Auto fillet detecting (fillet welds)
Auto groove dedecting V -
accessories as reference for assembly
Auto pushing method in different directions
/ production tolerances
point offset of main beam
Master/Slave job splitter
Free definition of gripper tool positions on accessories
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
FUNCTIONS/CAPABILITI
welded parts)
Automatic tack weld generating (programming)
up welds (spot welds)
orientation of the weld gun
compensation
Automatic seam tracking system (AWC)
welding) only tackwelding
Bevel cut at the rear side of beam
Chamfer located cross in the beam
Other accessories (assembly parts)
heat against bending of accessories
heat against bending of beam
Auto fillet detecting (fillet welds)
type welds
accessories as reference for assembly
Auto pushing method in different directions
/ production tolerances
point offset of main beam
Free definition of gripper tool positions on accessories
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
FUNCTIONS/CAPABILITI
Automatic tack weld generating (programming)
orientation of the weld gun
Automatic seam tracking system (AWC)
welding) only tackwelding
Bevel cut at the rear side of beam
Chamfer located cross in the beam
Other accessories (assembly parts)
heat against bending of accessories
Auto fillet detecting (fillet welds)
type welds
accessories as reference for assembly
Auto pushing method in different directions
/ production tolerances
(changeable by
Free definition of gripper tool positions on accessories
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
FUNCTIONS/CAPABILITI
Automatic tack weld generating (programming)
orientation of the weld gun
Automatic seam tracking system (AWC)
welding) only tackwelding
heat against bending of accessories
type welds
accessories as reference for assembly
Auto pushing method in different directions
(changeable by
Free definition of gripper tool positions on accessories
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
15
FUNCTIONS/CAPABILITI
Automatic tack weld generating (programming)
welding) only tackwelding
accessories as reference for assembly
Auto pushing method in different directions
(changeable by
Free definition of gripper tool positions on accessories
Number of different sizes of gripper tools
Work preparation software (programming of production)
Steel Beam Assembling Technology
15
FUNCTIONS/CAPABILITIES AND LIMITS OF SBA
Automatic tack weld generating (programming)
welding) only tackwelding
accessories as reference for assembly
(changeable by operator
Free definition of gripper tool positions on accessories
Work preparation software (programming of production)
Steel Beam Assembling Technology
ES AND LIMITS OF SBA
operator
Free definition of gripper tool positions on accessories
Work preparation software (programming of production)
Steel Beam Assembling Technology
ES AND LIMITS OF SBA
operator
(if
Work preparation software (programming of production)
Steel Beam Assembling Technology – SBA
ES AND LIMITS OF SBA
all necessary parameters and options; change
SBA –
ES AND LIMITS OF SBA
automatic set by proFIT but changeable by operator
all necessary parameters and options; change
– Build
ES AND LIMITS OF SBA
min.150 (200)
80 (100)
150 (200)
80x80
50x100x5
60x60x60
80x80x60
automatic set by proFIT but changeable by operator
Beam always measured at assembly pos
all necessary parameters and options; change
Build to
ES AND LIMITS OF SBA
min.150 (200)
80 (100)
3000
150 (200)
80x80
0
-
50x100x5
60x60x60
80x80x60
automatic set by proFIT but changeable by operator
a3
a8
a4
a8
Beam always measured at assembly pos
yes (in case of 2 Robot version)
beam clamped in all
all necessary parameters and options; change
to Lead
ES AND LIMITS OF SBA
min.150 (200)
80 (100)
3000
150 (200)
80x80
50x100x5
60x60x60
80x80x60
not available at the moment
automatic set by proFIT but changeable by operator
not available at the moment
Beam always measured at assembly pos
yes (in case of 2 Robot version)
automatic and flexible
open
beam clamped in all
all necessary parameters and options; change
ead
ES AND LIMITS OF SBA
not available at the moment
automatic set by proFIT but changeable by operator
not available at the moment
Beam always measured at assembly pos
yes (in case of 2 Robot version)
automatic and flexible
open-top (free of barriers)
beam clamped in all
all necessary parameters and options; change
ead
ES AND LIMITS OF SBA
yes
yes
yes
no
yes
yes
yes
not available at the moment
yes
automatic set by proFIT but changeable by operator
yes
yes
yes
no
yes
yes
yes
yes
yes
not available at the moment
yes
no
yes
no
partially
no
Beam always measured at assembly pos
yes
yes
yes
yes
+/-
yes
yes (in case of 2 Robot version)
automatic and flexible
top (free of barriers)
beam clamped in all
all necessary parameters and options; change
ES AND LIMITS OF SBA
yes
yes
yes
no
yes
yes
yes
not available at the moment
yes
automatic set by proFIT but changeable by operator
yes
yes
yes
no
yes
yes
yes
yes
yes
not available at the moment
yes
no
yes
no
partially
no
Beam always measured at assembly pos
yes
yes
yes
yes
1mm
yes
yes (in case of 2 Robot version)
automatic and flexible
top (free of barriers)
beam clamped in all
3
all necessary parameters and options; change
12000 (16000/18000)
800 x 1400 (1800) x 60
not available at the moment
automatic set by proFIT but changeable by operator
not available at the moment
partially
Beam always measured at assembly pos
1mm
yes (in case of 2 Robot version)
automatic and flexible
top (free of barriers)
beam clamped in all directions
all necessary parameters and options; change
1100 (1500)
12000 (16000/18000)
1100 (1500)
800 x 1400 (1800) x 60
180x180x1400
200x200x1400
not available at the moment
automatic set by proFIT but changeable by operator
not available at the moment
Beam always measured at assembly pos
yes (in case of 2 Robot version)
automatic and flexible
top (free of barriers)
directions
all necessary parameters and options; change-
max.1100 (1500)
500
12000 (16000/18000)
1100 (1500)
500x500
200
6000
800 x 1400 (1800) x 60
180x180x1400
200x200x1400
not available at the moment
automatic set by proFIT but changeable by operator
a6
a15
a6
a10
not available at the moment
Beam always measured at assembly pos
yes (in case of 2 Robot version)
top (free of barriers)
directions
and programmable
max.1100 (1500)
500
12000 (16000/18000)
1100 (1500)
500x500
200
6000
800 x 1400 (1800) x 60
180x180x1400
200x200x1400
automatic set by proFIT but changeable by operator
a6
a15
a6
a10
Beam always measured at assembly pos
and programmable
1100 (1500)
12000 (16000/18000)
1100 (1500)
800 x 1400 (1800) x 60
180x180x1400
200x200x1400
automatic set by proFIT but changeable by operator
and programmable
12000 (16000/18000)
800 x 1400 (1800) x 60
and programmable