Material processing with Laser beam

• Consulting with the selection of various thermal cutting methods
• Consulting with the selection of various laser beam sources
• Manufacturing of prototypes up to pilot series
• Support with the series start-up or in the production
• Training and qualification of personnel in-house or in your company (e.g. laser protection delegate, company specific courses)

Laser beam welding

• Welding of the most diverse materials (steel, aluminium alloys, nickel-based alloys and titanium) and material combinations
• Material thicknesses from 50 µm to 2 mm with pulsed lasers, if necessary with pulse shaping
• Material thicknesses from 0.2 mm to 10 mm with cw lasers
• Low heat input and therefore low distortion are typical of laser beam welds
• Narrow and slender welds
• High welding speeds
• Welding with and without welding filler wire

Laser beam surface treatment

• Laser beam build up welding with wire
• Remelting of cast alloys

Technical equipment

Solid state laser (Nd-YAG) with various powers

• 1 kW IPG SM, cw
• 200 W Integral, Rofin, pulsed
• 60 W Performance, Rofin, pulsed
• 60 W Rofin/Baasel, cw/pulsed, inscriber

CO2-Laser

• 6 kW Rofin/WB, cw

Laser beam welds can be CNC-controlled as well as controlled from a manual workplace.