The modern technology of shape cutting of flat materials using optical beams is gradually replacing more traditional cutting technologies.

As opposed to chip-forming technologies, the major advantage provided by the laser approach involves the high productivity rates achieved, and as opposed to pressing technology, the fact that it does not bring about any initial spending on dies and punches. When juxtaposed to plasma technology, the main benefits offered by the new approach include better accuracy and improved quality.

The new laser-cutting machine works with an accuracy of +/-0,1 mm, with a section thickness ranging from 0,2 to 0,8 mm depending on the material processed. No subsequent finishing is required.

• A wide range of flat materials can be applied to the laser shape cutting operation:
• Structural steel up to a thickness of 20 mm
• Stainless steel up to a thickness of 15 mm
• Aluminium up to a thickness of 10 mm
• Titanium
• Brass
• Perspex
• and other alternative materials

Laser burnt stock exhibits high quality cutting surfaces that are free of chamfers and burrs, perfectly perpendicular cuts, and minimised heat-affected zones in the material.

• Power: 4 000 W
• Maximum processable sheet format: 3 000 x 1 500 mm
  

• Power: 2 800 W
• Maximum processable sheet format: 3 000 x 1 500 mm