Equipment Configuration

• The mobile laser cladding system consists of portable front-end processing modules and integrated rear-end power modules for rapid field deployment;
• The front-end system includes a multi-axis industrial robot, mobile platform, electrical control unit, automatic powder feeder, laser cladding head, and precision cladding nozzle;
• The rear-end system integrates a high-power fiber laser, industrial water chiller, electrical cabinet, and protective gas supply system;
• Modular integration enables quick transportation, assembly, disassembly, and relocation for different industrial maintenance scenarios.

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1. One robotic platform can perform both laser cladding repair and automated grinding/polishing operations, improving operational flexibility and efficiency;
2. Ideal for large industrial components that cannot be easily transported or disassembled, enabling true on-site remanufacturing and emergency repair capability;
3. Eliminates traditional repair processes such as disassembly, off-site transportation, external machining, and reinstallation, significantly reducing downtime and maintenance costs;
4. Suitable for heavy industries including mining, steel mills, hydropower, thermal power, oil & gas, shipbuilding, petrochemical, and energy equipment maintenance;
5. Integrated modular design provides compact structure, fast deployment, high mobility, and simplified transportation for field service operations;
6. Centralized intelligent control system enables stable and precise coordination of laser power, powder feeding, robot motion, and protective gas parameters;
7. High-efficiency linear laser cladding nozzle design improves deposition efficiency, coating consistency, and repair productivity;
8. Optimized low external wiring architecture greatly improves equipment reliability, reduces failure rates, and simplifies field maintenance operations.