Fiber transmission laser welding machine also known as: fiber welding, fiber laser welding, fiber laser welding machine. The use ofdomestie leading high-power optical fiber transmision technology, equipment performance similar to the level of similar internationalproducts, can be separated to achieve multi-station processing; ; Choose Degu imported optical fiber, with energy stable processing depthto diameter ratio. The fiber has the advantages oflow consumption; Fiber transmission laser welding machine has the characteristics ofgood beam quality, fine spot, etc. And optional robot, movement platform, CCD camera monitoring system to achieve special dry joint,file alignment and welding real-time monitoring. At present, it is widely used in the sensor instrument industry.Optical fiber transmision laser welding machine is a kind oflaser welding equipment that combines high energy laser beam intooptical fiber, after long-distance transmission, collimation into parallel light through the collimator, and then focuses onthe workpiece to implement welding, for the close part of the welding, the flexible transmission non-contact welding isimplemented, which has greater flexibility, The laser beam ofthe optical fiber transmission laser welding machine can be dividedby time and energy, and can be processed by multiple beams at the same time, which provides conditions for more precise weldingIndustry applications and applicable materials: can be widely used in mold, power battery, plate processing,communication,steel,
microelectronics components, precision parts, high-grade teaching code components, medical equipment and other industries. Drymaterial: carbon steel, ordinary alloy steel, stainless steel, laser welding between diferent steels, stainless steel - low carbon,bonding416 stainles steel. 310 stainless steel, 347 stainless steel -ASTALY silver alloy, silver electrode - cold fake steel, copper - silver.green - titanium, copper - titanium - aluminum, brass - copper, low carbon steel - copper and other dissimilar metals.




