Auto Laser Cladding Robot, Metal Strengthening Gear, High-efficiency Wear Repair Station

A brief introduction of the product

High-precision cladding, low deformation, firm & dense coating layer.

Full-auto operation, stable output, effectively cut labor costs.

Metal surface strengthening, anti-wear, extend part service life.

Fit multiple alloys, flexible processing for complex workpieces.

Product Detail

Product Tags

Product application scenario diagram

Product detail images

This cutting-edge robotic laser cladding system, integrated with a 6KW high-power coaxial cladding head, eliminates "blind spots" and "dead zones" in traditional cladding processes. It enables ultra-precise, uniform cladding on complex curved surfaces, spherical workpieces, and irregular geometries. Ideal for aerospace, heavy machinery, and mold repair, it delivers superior coating quality, extended component lifespan, and enhanced production efficiency.

This diagram details the core working principle of our robotic laser cladding system. The coaxial powder feeding head conveys powder via feeding gas, while a high-power laser beam creates a molten pool on the workpiece. Protective gas shields the process from oxidation, forming uniform, metallurgically bonded laminated layers. This technology delivers dense, wear & corrosion-resistant coatings, perfect for surface modification, component repair, and performance enhancement in machinery.

Product Highlights

Uniform & dense cladding layer, high bonding strength, excellent wear/corrosion resistance, extends service life.6-axis linkage for high flexibility, 360° cladding for complex curves & pipes, fits special-shaped workpieces.High-rigidity body, stable operation without shake, ensures high-precision cladding, improves consistency.Multiple safety protections, supports human-robot collaboration, no full fence needed, saves workshop space.Multi-process for cladding, repair, strengthening & welding, fits multi-industry processing needs.Modular design for easy maintenance, convenient parts replacement, reduces downtime, improves OEE.Fast motion response, short cladding cycle, increases per-hour output, reduces per-unit processing cost.High load capacity, fits heavy cladding head, meets processing needs of large-size thick pipes & shafts.Smart path planning, automatically optimizes cladding trajectory, reduces teaching time, improves efficiency.