Most of the laser cutting machine controlled by NC program operations or cutting robot. As a precision machining, laser cutting, cutting almost all of the material, including two dimensional or three dimensional cutting of sheet metal cutting.
In the field of automobile manufacturing, car roof space curve cutting techniques have been widely used. Germany's Volkswagen with a 500W power laser cutting complex shapes the body sheet, and a variety of surfaces. In the field of aerospace, laser cutting technology is mainly used for cutting of special aeronautical materials, such as titanium alloys, aluminum alloys, nickel alloys, chrome, stainless steel, plastic, ceramics, composites, beryllium oxide and quartz. Laser cutting machining of aerospace parts and an engine flame tube, thin-walled titanium casing, aircraft frames, Stringer titanium skin, wings, tail wall plates, helicopter main rotor, ceramic insulation tiles of the space shuttle.
Laser cutting technology in the field of non-metallic materials are also has a wide range of applications. Not only cutting high hardness and brittle materials, such as Silicon nitride, ceramic, quartz, etc; also cutting processing of flexible materials, such as cloth, paper, plastic, rubber, and cloth cutting with laser, saves material 10%~12%, enhance effectiveness more than 3 times.