The efficiency of rotary lasers and punching processes
The process is used where complex contours (two- or three-dimensional), precise, fast processing, the production of three-dimensional openings (even in hard-to-reach places), and/or contactless, virtually force-free machining are required. Compared to alternative processes such as punching, laser cutting can be used economically even for very small batch sizes.
Laser cutting, also known as laser beam cutting, refers to the cutting of solid materials using continuous or pulsed laser radiation through material ablation. Almost any type of material, such as metals, dielectrics, and organic materials, can be cut using state-of-the-art laser radiation. The parameters of the laser radiation, such as wavelength, average power, pulse energy, and pulse duration, must be adjusted accordingly for the application. The microscopic ablation mechanism and the thermal effects are essentially determined by the pulse duration and the irradiance.
- From roll to roll / sheet
- Residual grid & inner part removed
- Kiss cut & total cut
- Maximum dimensions: 315 x 315 mm
