CNC Laser Cutting
Laser cutting is a technology for precise material cutting, such as steel, stainless steel – inox, and aluminum, with the cutting line thickness ranging between 0.1 mm and 1 mm, depending on the that is material being cut. We use two types of cutting gases for laser cutting: oxygen and nitrogen. When cutting with oxygen, the material burns, and an oxidized layer forms on the edges, making it unsuitable for surface treatment. When cutting with nitrogen, the material melts and is subsequently blown out of the cutting path. This method is more suitable for cutting stainless steel or products that are further surface treated (powder coating).
To prepare parts for sheets, we use software that allows for the most efficient use of metal sheets and quick processing. Laser-cut parts are precise, which allows for easier and more efficient further processing (bending, welding, edging).
Laser cutting is a thermal cutting process primarily for flat materials (steel, stainless steel, aluminum sheets) using a laser beam. This technology is used when complex and precise contours, as well as fast and precise processing, are required (10 m per minute, in some cases even 20 m per minute). It is used where non-contact, force-free cutting is required.
Compared to punching, laser cutting becomes economically viable even for very small series (1 – 10 pieces) due to the preparation times. To take advantage of both punching and laser cutting, manufacturers offer combined machines capable of performing both cutting and punching operations. This feature provides the benefits of smooth contours and quickly punched sheets. Focused CO² lasers (CO² gas laser, helium) as well as Nd YAG lasers (solid-state lasers) or the efficiently focused so-called fiber lasers are deployed.
OUR LASERS
- TruLaser 1030 fiber
- TruLaser 3030
- Trulaser 3040