Laser welding can be used in welding titanium, nickel, tin, zinc, copper, aluminum, chrome, niobium, gold, silver and many other metals and their alloy. It can also work on welding two different types of metal such as copper- nickel, nickel- titanium, copper- titanium, brass-copper and low carbon steel-copper, etc.
Widely used in mobile communication, electric components, eye glass frames, jewelry and accessories, precision machinery, medical devices, automotive accessories, souvenir and many other industrial areas.
Laser Beam Welding (LBW) is a modern welding process; it is a high energy beam process that continues to expand into modern industries and new applications because of its many advantages like deep weld penetration and minimizing heat inputs. The turnYAG laser beam welding by the manufacturers to automate the welding processes has also caused to the expansion in using high technology like the use of laser and computers to improve the product quality through more accurate control of welding processes.
Plasma welding a modern high quality welding process which is very similar to TIG as the arc is formed between a pointed tungsten electrode and the workpiece. Plasma welding has greater energy concentration and can permit higher welding speeds or less distortion. Additionally plasma welding greater torch standoff. Plasma welding also has improved arc stability. Out of position welding is simpler with plasma welding.
Electron Beam Welding (EEW) is a unique way of delivering large amounts of concentrated thermal energy to materials being welded. It became viable, as a production process, in the late 1950's. At that time, it was used mainly in the aerospace and nuclear industries. Since then, it has become the welding technique
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