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.
CCD visual positioning detection laser marking machine aims at the problems of difficult feeding, poor positioning and slow speed caused by the difficulty of fixture design and manufacture in batch irregular marking. CCD camera marking is solved by using an external camera to capture feature points in real time. The system of random feeding, precise positioning, marking, greatly enhance the efficiency of marking.
YLP series fiber laser marking machine is a new generation of laser marking machine system developed by our company using the world's advanced laser technology. Using fiber laser output laser, and then through the high-speed scanning galvanometer system to achieve marking function. Fiber laser marking has high electromechanical optical conversion efficiency, reaching more than 30%. It is cooled by air cooling, the whole machine is small in size, the output beam quality is good, and the reliability is high.
Widely used in clothing leather, buttons, glasses, craft gifts, electronic components, food packaging, organic glass, fabric cutting, building ceramics, PCB, rubber products, shell nameplate marking and cutting.