Laser Application
Laser Cutting
for metal, plastic, composites and more
Pinpoint precision with no tool wear: our solutions process metal, plastic and composite materials burr-free and with minimal distortion – from prototypes to high-volume production.
Materials
From metal to composites – the right solution for every material
Engineering plastics, composites and films. Clean, sealed cut edges with no mechanical stress on the material.
Stainless steel, mild steel, aluminium, copper, titanium and special alloys up to 25 mm thick. From precision parts for medical technology to structural components for mechanical engineering.
Printed circuit boards, housing parts, contact springs and microscopic components. Micrometre-level precision for the most demanding applications.
About the Process
Laser cutting as a non-contact separation process
Laser cutting uses a highly focused beam of light to separate materials without contact. The laser concentrates its energy on a single point, heating the material until it melts or vaporizes.
The result: no tooling costs, no material distortion and a level of precision that mechanical processes cannot match.
Rework is eliminated entirely.
No material distortion or microstructural changes.
Maximum material utilization with high precision.
No changeover between different materials.
Different geometries from a single sheet.
None of the geometry restrictions of shearing.
Software automatically optimizes material utilization.
Up to 30 mm thick.
Up to 18 mm thick.
Up to 15 mm thick.
Precise cuts with no mechanical stress.
Let's talk about your challenge
Every production environment is unique. In a personal consultation, our sales engineers analyse your requirements and advise you on finding the right solution.
