Laser Cladding Overview Laser cladding refers to a process using different filler approaches on the surface area of the coated substrate to position selected finish materials. It melts a thin layer on the surface of the substrate after being irradiated by the laser. It rapidly strengthens to form a surface coating with incredibly low dilution […]
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Process Parameters of Laser Welding Power Density Power density is one of the most essential specifications in laser processing. With greater power density, the surface area layer can be warmed to the boiling point in the microsecond time range, resulting in a large quantity of vaporization. For that reason, high power density is useful for product
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According to initial understanding, most stainless steel products are produced by argon arc welding and other typical welding techniques. These techniques can meet 80% of the production requirements; they will leave defects in many welding products. Undercut, incomplete penetration, dense porosity, and cracks. It lowers the firmness of the joint and ends up being the corrosion
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As lasers end up being more reliable and laser welding relocations from repair service welding to production welding, several work stores are beginning to acquire laser welding systems to replace MIG and TIG welding because of the expansion of their applications. Exactly how to pick laser welding equipment for your production application has come to
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