Product Series

High-speed laser cladding equipment is an advanced surface engineering technology equipment. Its high speed greatly improves the processing efficiency. Compared with the traditional cladding process, it can significantly shorten the processing cycle and improve production efficiency. The high quality makes the cladding layer have high bonding strength and low dilution rate, which can effectively improve the hardness, wear resistance, corrosion resistance and other properties of the material surface, and ensure the quality and life of the workpiece.

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The Portable Laser Cladding Equipment represents a breakthrough in advanced manufacturing and repair technology, designed to deliver industrial-grade precision in the most challenging environments. Combining cutting-edge automation, compact engineering, and unmatched mobility, this system empowers industries to perform high-quality surface modifications, component repairs, and additive manufacturing directly on-site—eliminating the logistical and financial burdens of traditional workshop-based processes.

This advanced industrial system leverages high-precision laser technology to deposit metallic or ceramic coatings onto 3D mold surfaces. By melting powdered materials (e.g., steel, nickel-based alloys) and fusing them with the mold substrate. It enables surface repair, wear resistance enhancement, and functional coating deposition on molds used in industries such as automotive, aerospace, and glass manufacturing.

Our 3D mold laser cladding equipment is ideal for repairing complex geometries and applying specialized coatings. This equipment optimizes mold performance, boosts production efficiency, and supports sustainable manufacturing by recycling worn tools.

The Laser Hardening Equipment for Cylindrical Outer Surfaces and Inner Bores is a specialized industrial solution engineered to deliver ultra-precise surface hardening for cylindrical components, shafts, and bore geometries. Combining high-power laser technology with adaptive automation, this system ensures uniform hardness depth, exceptional wear resistance, and minimal distortion—ideal for critical applications in automotive, heavy machinery, and precision engineering sectors.