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Compared with the advantages of traditional cutting, it has good flexibility and no need to open mold, which greatly saves the development time of new products. Fast speed and high precision, it can realize precision cutting of various special-shaped complex figures that are difficult to realize by pipe opening, broken cutting, intersecting line and conventional methods. One-time molding saves costs and improves efficiency.
Compared with the advantages of traditional cutting, it has good flexibility and no need to open mold, which greatly saves the development time of new products. Fast speed and high precision, it can realize precision cutting of various special-shaped complex figures that are difficult to realize by pipe opening, broken cutting, intersecting line and conventional methods. One-time molding saves costs and improves efficiency.
Professional laser welding machine control system, computer operation, can ensure the quality of welding, so that the welding work is more convenient, the operation is more simple configuration of imported laser welding head, responsive, accurate, effective cooperation with the manipulator, to avoid the welding head and processing plate collision, and can ensure the welding focus position, ensure the stability of the welding quality.
Ultraviolet laser marking machine is developed by 355nm ultraviolet laser. Compared with infrared laser, the machine adopts third-order intracavity frequency doubling technology. 355, the focused spot of ultraviolet light is very small. The marking effect is to directly interrupt the molecular chain of substances through short wavelength laser, which greatly reduces the mechanical deformation and thermal deformation of materials (belonging to cold light). Our company uses international advanced technology, an advanced laser marking machine developed in collaboration with German and American laser companies. Ultraviolet laser is an ultraviolet laser beam generated by high-power multimode laser diode pumping laser and frequency doubling, and then automatically marking the laser beam by computer-controlled high-speed scanning galvanometer deflection.