Working principle

Laser welding is the application of high energy pulsed laser to welding objects. A laser power supply is used to discharge the xenon lamp pulse to form a certain frequency and width of the light wave through a spotlight cavity to radiate to Nd36+:YAG crystal. After the crystal emits the 1064nm pulse laser, then it is welded through the beam expansion, reflection, and focusing. The equipment is equipped with PLC or industrial PC controlled CNC worktable, and the laser is welded through the laser. Frequency, pulse width, speed of worktable, adjustment of the direction of movement for high precision welding.

Main application industry

Carbon steel, common alloy steel, stainless steel, different steel, laser welding, stainless steel low carbon steel, 416 stainless steel -310 stainless steel, 347 stainless steel -HASTALLY nickel alloy, nickel electrode cold forging steel, different nickel content bimetal belt, titanium, nickel, tin, copper, aluminum, chromium, niobium, gold, silver and other metals and their alloys, and their alloys Welding of steel, alloy such as K alloy. Welding of copper nickel, nickel titanium, copper titanium, titanium molybdenum, brass copper, low carbon steel copper and other dissimilar metals. Mobile phone batteries, jewelry, electronic components, sensors, watches and clocks, precision machinery, communications, handicrafts and other industries.