GloryTech CNC Laser Hybrid Welding Machine
Laser hybrid welding can reduce heat input by 80% - 90%.
Laser hybrid welding can increase production efficiency by 300% -1000%.
Laser hybrid welding can reduce production costs by 50% - 80%.
Laser hybrid welding is a new type of welding technology.
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Laser hybrid welding machine working principle:
In addition to the electric arc input energy to the welding zone, the laser also inputs heat to the welding metal. The laser hybrid welding machine is not the 2 welding methods acting in sequence, but the 2 welding methods acting on the welding area at the same time. The laser beam and the electric arc give full play to their respective advantages to form a new high-efficiency welding heat source. During laser MIG hybrid welding process, volatilization not only occurs on the surface of the workpiece, but also on the feeding wire, which makes more metal volatilize and the laser energy transmission easier, meanwhile, it ensures the integrity of the welding process.
laser hybrid welding working principle
MIG welding is characterized by low power source cost, good weld bridging, good arc stability, and easy to improve welding structure through filling metal. Laser beam welding is characterized by large penetration depth, high welding speed, low heat input, and narrow welding seam. However, thicker materials will require more powerful welding lasers. The molten pool of laser hybrid welding is smaller than that of MIG welding, and the workpiece deformation is small, which greatly reduces the work of correcting welding deformation after welding. Laser mig hybrid welding will produce two independent molten pools, and the heat input from the arc also plays the role of post-weld tempering treatment, reducing the hardness of the welding seam. The welding speed of laser hybrid welding is very high, it can reduce production time and production cost.
Laser MIG hybrid welding has multiple advantages such as greater penetration, faster welding speed, better welding formation, less heat input, less welding deformation, and less welding strength loss. Shipbuilding, energy, construction and other industries have good development prospects.