1, laser welding is particularly suitable for welding miniature, densely arranged, precision, heat-sensitive workpieces. High-power carbon dioxide gas media laser continuous laser welding, can successfully weld stainless steel, silicon steel, aluminum, nickel, titanium and other metals and their alloys and steel, logging alloys and other alloys of the same material to be welded, but also can be applied to the copper-nickel, nickel-titanium, copper-titanium, titanium-molybdenum, brass-copper, mild steel-copper, and other heterogeneous metals between the welding.
In the battery industry, IT industry, electronic devices, optical communication industry, sensor industry, hardware industry, automobile parts industry, jewelry welding industry, glasses industry, porcelain teeth, solar energy industry, electric heating industry/thin-walled materials, precision parts of the welding of a wide range of applications can be realized spot welding, butt welding, stacked welding, sealing welding and so on.
1. High quality joint strength and large depth-to-width ratio can be obtained with laser welding, and the welding speed is relatively fast.
2. Because laser welding does not require a vacuum environment, so through the lens and fiber optics, remote control and automated production can be realized.
3. The laser has a large power density, difficult to weld materials such as titanium, quartz, etc. have a better welding effect, and can be different properties of the material to be welded.
4. Micro welding is possible. The laser beam can be focused to obtain a small spot, and can be accurately positioned, can be applied to high-volume automated production of micro and small workpiece welding.