Laser cladding is a new type of surface modification technology that uses laser beams and hot cladding materials and substrate surfaces to weld the required 🐠special ma💖terials on the surface of the workpiece.

Compared with commonl🌠y used technologies such as surfacing and plasma spray welding (coating), laser cladding technology has a series of outstanding features:

• Tജhe structure of the cladding layer is small and dense, the coating and hardness are higher, and the corrosion resistance and wꦿear resistance are more worrying;

• The coating and the substrate are metaꦗllurgically combined;

• The dilution rate of the▨ cladding🎃 layer is low (only 5%-8%), and the required performance requirements can be achieved with a thinner cladding layer;

• The laser beam power density is high, thꩵe heating temperature is high, and the selection range of cladding materials is wider;

• Small heat affected zone, 🐎less def✅ormation of workpiece;

• The quality o🅺f the cladding is stable, and it is easy to realize au🍒tomatic production.

A laser, a set of dedicated chillers, a CNC machine tool, an automatic powder feeder, a set of optical path system, and CNC software can complete laser processing of shaft parts, plane pღarts, etc., which are widely used in hardware, Industrial fields such as mining, steel, aerospace and even new civilian products.