The application of molds is very extensive. The vast majority of components need to be formed by molds. The service life of molds depends on their resistance to wear and mechanical damage. Once the wear is excessive or mechanical damage occurs, the damaged parts of the shape are difficult to repair and can only be repaired by purchasing or customizing new molds. The mold manufacturing process is complex, the production cycle is long, and the processing cost is high. Therefore, repairing and reusing failed molds undoubtedly brings significant economic benefits. Laser cladding technology has unique advantages when applied to mold repair. The powder materials are flexible and adjustable to meet different performance requirements. It can prepare various types of wear-resistant, high-temperature resistant, and impact-resistant coatings, even gradient coatings. The coating materials can be cobalt-based, nickel-based, and ceramic composite materials, etc.
Industrial laser hardening equipment, preferred for hardening industrial parts
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Blade laser cladding technology enables life extension and upgrading of core components in high-end equipment.
Industrial laser hardening equipment: high-precision and environmentally friendly heat treatment, the preferred choice for hardening industrial parts.
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Laser cladding repair for oil drill bits: precisely empowering drilling equipment for life extension and upgrade
Replace electroplating and rolling spray welding! High-speed laser cladding technology comprehensively reshapes the manufacturing and surface strengthening industry of industrial piston pumps
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