Laser cutting

In many applications, laser technology has successfully replaced conventional machining technologies. Compared to milling and drilling, it is in particular many times faster and also more material- and time-efficient (e.g. TwinLine – common splitting joint, FlyLine – slow cutting head movements with precise laser beam switching, etc.).

Laser cutting is suitable for products with both simple and intricate internal and external contours and for both thin and thick sheets. In addition, the TruFlow 3030(L20) and TruDisk 4001 lasers are equipped with the CoolLine technology (for targeted cooling of the material during laser cutting when processing thicker structural steel with a thickness of 15-20 mm), which enables new geometries to be cut and significantly increases process reliability in processing sheet metal.

Furthermore, programming in the JET/CAM or TruTops software guarantees maximum use of the sheet metal area. The data for processing is stored in DXF, DWG or GEO files.

We are currently equipped for 2D planar sheet metal cutting as follows:

3 x TRUMPF TruFlow 3030(L20) 3.2 kW + LOADMASTER (loader)
for a maximum sheet size of 3000 x 1500 mm
Maximum thickness of sheets to be cut:

• steel – 20.0 mm
• stainless steel – 8.0 mm
• Al alloys – 6.0 mm

1 x TRUMPF TruDisk 4001 FIBER 4 kW + LOADMASTER (loader)
for a maximum sheet size of 3000 x 1500 mm
Maximum thickness of sheets to be cut:

• steel – 20.0 mm
• stainless steel – 10.0 mm
• Al alloys – 6.0 mm
• Al alloys – 3.0 mm

1 x TRUMPF TruDisk 8001 FIBER 8 kW + LOADMASTER (loader)
for a maximum sheet size of 3000 x 1500 mm
Maximum thickness of sheets to be cut:

• steel – 25.0 mm
• stainless steel – 10.0 mm
• Al alloys – 6.0 mm
• Al alloys – 3.0 mm