CO₂ Laser Cutting
CO₂ laser cutting is a precise digital manufacturing method that uses a high-intensity carbon dioxide laser to process non-metallic materials such as acrylic, MDF, HDF, chipboard, Lamacoid identification plates, Delrin, and plywood.
The laser beam cleanly vaporizes the path with a kerf of less than 0.2 mm, leaving polished edges on plastics and burr-free cuts on engineered wood. Through computer-driven optics, complex shapes, fine text, and precise nesting are achieved without physical tool pressure or part distortion.
This process generates minimal dust, requires no tool changes, and produces consistent, production-ready parts with dimensional accuracy on every piece, every time.
This process shines on non-metals. Acrylic comes off it with a smooth, clear edge, flame-polished by the beam's heat — a finish that's impossible to achieve mechanically. We also cut ABS, acetal (Delrin), Lamacoid sheets, HDF panel and chipboard, plus a solid range of rubbers (EPDM, nitrile, neoprene, silicone, SBR) for gaskets and sealing.
Since CO₂ doesn't cut metal, metal parts go through our fiber laser cutting; polycarbonate and thick plastics are better served by CNC routing. The same beam is also used to engrave text and logos on most of these materials.