GLarge-Format Robotic Laser Cladding System

Industrial Repair and Surface Remanufacturing Equipment

Uitrusting

• Equipped with high-power industrial laser systems up to 10kW for heavy-duty laser cladding and large-area surface remanufacturing applications;
• Six-axis industrial robotic arm combined with long-travel slide rail system provides flexible large-format processing capability;
• Laser cladding width can support precision and wide-area deposition requirements for different industrial repair tasks;
• Maximum slide rail travel supports large workpiece processing and extended robotic operating range;
• Compatible with spindle turntables and multi-axis positioners for cylindrical, curved, and complex surface cladding applications;
• High-load positioner system supports heavy industrial components and multi-angle laser cladding operations;
• Intelligent centralized control system enables stable coordination of laser source, powder feeder, robot motion, and process parameters;
• Modular system architecture supports customized configuration according to different industrial repair requirements;
• Supports iron-based alloys, nickel-based alloys, cobalt-based alloys, stainless steel, titanium alloys, and other high-performance cladding materials;
• Suitable for dimensional restoration, wear-resistant coating, corrosion protection, surface strengthening, and industrial remanufacturing applications.

Industrial Repair Advantages

The Greenstone large-format robotic laser cladding system is specially designed for repairing oversized and difficult-to-process industrial components that require high flexibility, large working range, and stable cladding quality. The robotic slide rail structure significantly expands the operating envelope and allows efficient laser processing of long shafts, rollers, heavy molds, hydraulic cylinders, turbine components, steel mill parts, and other large industrial workpieces.

The system provides stable laser energy output, low dilution rate, dense metallurgical bonding, and excellent surface strengthening performance. Combined with intelligent robotic programming and flexible positioning systems, the equipment can perform high-precision laser cladding on flat, cylindrical, curved, and irregular surfaces while maintaining excellent process consistency and operational efficiency in demanding industrial environments.