Laser welding systems

Large sized welding units

Technical data

• XXL welding units for CNC precision machining, non-contact machining
  Working space: 10 x 3 x 1.5 m³, fully 3D-capable
• Pentapod parallel kinematics, power-controlled machining
  Working space: 6 x 2.5 x 1.5 m³

Applications

• Aerospace, e.g. fuselage structures, door cutouts, stringers, clips, skin joints
• Rail vehicle construction, energy and environmental technology, e.g. shafts, tanks and other large-sized welded structures
• Combined milling and laser beam welding, e.g. 3D web contour with up to 12 kN superimposed contact pressure up to deep rolling for surface treatment

Industrial robot

Technical data

• Medium payload class from 30 to 60 kg
• Working space: approx. 2 m³
• High positioning precision for universal use

Applications

• Automotive industry, e.g. sheet metal structures for door constructions, patchwork structures
• Aerospace, e.g. thin-walled stiffening structures such as landing flap demonstrators
• Universal application, e.g. structural steelwork for butt joints in pre- and final assembly and multi-pass narrow-gap welding (laser MPNGW)

Laser 3D universal systems

Technical data

• Precision welding machine for CNC laser processing, non-contact processing
• Working space: approx. 1.5 m3, universally convertible
• Functional integration of peripheral devices, e.g. sensors, induction, wire feeding devices
• Use of individual clamping technology

Applications

• Laser induction welding of high-strength steels
• Welding of all technically relevant construction materials, e.g. aluminum, magnesium, titanium, copper and mixed metallic compounds

Laser welding system for gearbox components

Technical data

• Precision welding system for rotary system components with integrable clamping technology to generate hold-down force of the components

Applications

• Laser induction welding of high-strength steels
• Powertrain or drive train, e.g. shafts, gear wheels, differential gear components