Welding
LASER WELDING
- 3 kW
- Laser welding: 2D & 3D
- Laser cutting: 2D & 3D
- Working range:
- X: 1000 mm
- Y: 500 mm
- Z: 400 mm
A number of ways to join metals is provided with laser welding. Joints can be done at the surface or produce deep welds. Whether the material in question has a high melting point or high thermal conductivity, the welding should not be any problem. Since the melting period is short and controllable and small quantity of molten material is provided, materials that usually does not weld are able to be welded with laser welding in some cases.
- 3 kW
- Laser welding: 2D & 3D
- Laser cutting: 2D & 3D
- Rotary table
- Pallet changer
- Working range:
- X: 1400 mm
- Y: 800 mm
- Z: 1200 mm
Both the heat-affected zones and the total heating of the part are significantly lower with laser welding over arc or plasma welding. Laser welding allows adjustment, control and monitoring of joints to the highest degree. The identical joints that can be achieved is a direct result of this control, which contributes to the advantage of laser welding. Because of these identical joints, no costly and time consuming post-processing is needed. We have two laser welds where the TruLaser 5020 can handle slightly larger pieces.
MIG-ROBOT
The short-circuit current can be kept relatively low in the CMT process. Since the wire electrode is retracted the short circuit can be broken by controll. Because of these two features almost fully spray-free welding and solder joints is conceivable. The joints becomes completely spray-free in normal focal position. This means that no expensive and time-consuming post-processing is required.
MANUAL MIG, TIG AND SPOT WELDING
STUD WELDING
