Cutting
Thermoform Plastic Laser Cutting
A die-free, in-line robotic laser cutting process integrated with the vacuum forming machine, with new products taught from the 3D model.
Highlights
- Excellent hole edge quality with no cutting-die investment
- Per-cut laser parameters, geometry offset and scale revision
- In-line production monitoring and gripper life tracking
Will this run on your line?
Send us the part, we'll simulate the cell.
Come with part geometry, cycle target and annual volume; we'll produce the reach simulation and the return on investment from your own data.
Applications in this family
- Laser CuttingNon-contact cutting with a small heat-affected zone and high precision, spanning plastics to metals with CO₂, fiber and crystal laser options.
- Plasma CuttingHigh-speed cutting of all metals including aluminium and stainless, with weld-ready bevels and part contour following.
- Ultrasonic CuttingClean, precise cutting with almost no heat input on rubber, plastics, fibre, food and circuit boards.
- Waterjet CuttingHeat-free cutting: pure water for plastics, composites, rubber and foam; abrasive water for steel, titanium, aluminium, marble and glass.
Which job on your line should the robot take over?
One part, one cycle target and one volume figure is enough. We'll handle the first assessment, from reach simulation to return on investment.