1, features: fast, smooth and smooth incision, generally do not need to follow-up processing; heat affected zone is small, plate deformation small, narrow slit (0.1mm ~ 0.3mm); no mechanical stress incision, no cutting burr; , Good repeatability, no damage to the surface of the material; NC programming, Machinable any plan, you can cut a large whole plate, without the need to open the mold, economical and time-saving. Laser cutting a lot of materials, including plexiglass, wood, plastic and other non-metallic sheet, and stainless steel, carbon steel, alloy steel, aluminum and other metal materials. Pulsed lasers are suitable for metal materials, continuous lasers for non-metallic materials, and the latter are important areas of laser cutting technology.
2, the principle: laser cutting is the use of high-power laser beam scanning the surface of the material, in a very short period of time the material is heated to thousands of degrees to ten thousand degrees Celsius, the material melting or gasification, and then high-pressure gas will melt or gasification Material is blown away from the kerf to achieve the purpose of cutting the material.
3, Application: Laser cutting technology of Aluminum Foam Sandwich Material (AFS) developed by German Bavarian Center for Laser Technology (BLZ), AFS is an excellent automotive lightweight composite material with aluminum foam core and outer layer Is a thin sheet of two thin (pieces), light weight, good rigidity, and high strength, can be any shape. AFS should be laser cut (processed) in the form of foam and non-foam.
A typical example of a robotic laser-cut plastic is the Liner of the Volkswagen IV Golf C-pillar. A carbon dioxide laser was applied and installed directly on the robot arm to cut the outside contour of the 3D-plastic liner and cut out the ventilation holes and fixing holes in the harness. Volkswagen's laser beam cutting technology, not only work fast, and cutting surface quality uniform.
2, the principle: laser cutting is the use of high-power laser beam scanning the surface of the material, in a very short period of time the material is heated to thousands of degrees to ten thousand degrees Celsius, the material melting or gasification, and then high-pressure gas will melt or gasification Material is blown away from the kerf to achieve the purpose of cutting the material.
3, Application: Laser cutting technology of Aluminum Foam Sandwich Material (AFS) developed by German Bavarian Center for Laser Technology (BLZ), AFS is an excellent automotive lightweight composite material with aluminum foam core and outer layer Is a thin sheet of two thin (pieces), light weight, good rigidity, and high strength, can be any shape. AFS should be laser cut (processed) in the form of foam and non-foam.
A typical example of a robotic laser-cut plastic is the Liner of the Volkswagen IV Golf C-pillar. A carbon dioxide laser was applied and installed directly on the robot arm to cut the outside contour of the 3D-plastic liner and cut out the ventilation holes and fixing holes in the harness. Volkswagen's laser beam cutting technology, not only work fast, and cutting surface quality uniform.
