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Laser cutting, also called laser beam cutting, is divided into fusion cutting, flame cutting and sublimation cutting. These are thermal separation methods for processing plate-shaped and three-dimensional objects by using a laser. The most widespread is flame cutting, followed by fusion cutting. In the course of this thermal process, contours are cut out of a piece of sheet metal (e.g. structural steel) using a laser beam. The cutting of the material is contact-free which makes this method so special. The light waves of the laser beam get absorbed and converted into heat. The sheet heats up, melts and vaporizes or burns. The laser beam is CNC-controlled and separates the material along a kerf. Metal sheets made of structural steel, stainless steel or aluminum are the most commonly processed. The thickness of the material depends on the power of the laser. At present, 40 mm of structural steel, 50 mm of stainless steel and 25 mm of aluminum can be processed with a fibre laser. The maximum laser power of a conventional laser cutting machine made by Trumpf, Amada, Bystronic or another manufacturer is currently 8 KW.
Your components additively manufactured millions of times in two weeks! Exentis is the technology company that with its additive manufacturing process unique in the world to 3 D Mass Customization ® industrial components millions of times, manufacture highly automated on a production unit can The patented 3D screen printing technology offers the best the two worlds of additive manufacturing and conventional mass production processes. + Finest structures Wall thicknesses and channel widths from 70µm + Free choice of materials and combinations of materials + One-step manufacturing process no post-processing + Low tool costs and changes within days + Optimal material utilization of over 99% + Time to market within weeks + Ramp up from prototype to series in one process
Founded
2013
Employees
50 - 100
Certifications
Stetten
Switzerland - 5608
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