• Presentación de las características del equipo.

    The Greenstone G-MobiMRO® Mobile On-Site Laser Cladding and Remanufacturing Workstation is an integrated field repair solution developed for rapid on-site restoration of critical industrial components and heavy-duty equipment. Designed specifically for large-scale industrial maintenance environments, the workstation combines mobility, intelligent laser cladding technology, ergonomic operation, and modular equipment integration into a compact and transportable platform.

    The workstation is engineered for efficient on-site repair, surface remanufacturing, dimensional restoration, and additive repair of large industrial parts that are difficult to transport or disassemble. Its optimized internal layout, reinforced transportation structure, and integrated lifting and support systems ensure operational stability, transportation safety, and rapid deployment in demanding industrial environments. The G-MobiMRO® workstation is widely suitable for power generation, mining, metallurgy, petrochemical, offshore engineering, shipbuilding, steel manufacturing, and other heavy industries requiring high-efficiency field maintenance solutions.

    Características del equipo
    1. Ergonomic workstation layout with optimized internal space design for efficient operation, maintenance, and field servicing;
    2. Independent equipment cabin and tool cabin design improves workflow organization and operational convenience during on-site repair tasks;
    3. Integrated air conditioning, industrial lighting, ventilation, and auxiliary systems ensure stable operation in harsh industrial environments;
    4. Real-time monitoring system supports remote observation of robot operation, molten pool status, processing parameters, and repair progress;
    5. Rear-side water, gas, and electrical interfaces enable rapid industrial connection and fast deployment at customer sites;
    6. Integrated optical fiber protection and storage structure improves transportation safety and protects core laser transmission components;
    7. Dedicated tool area supports adaptive grinding, polishing, auxiliary tooling, carts, and additional maintenance equipment integration;
    8. Heavy-duty suspension arm system enables convenient lifting and installation of tooling, positioners, and auxiliary industrial devices;
    9. Human-centered work area design includes lighting, ventilation, power outlets, and operational support facilities for long-duration field operation;
    10. Mobile robot lifting platform adopts a low-center-of-gravity structure with braking system for improved transportation safety and positioning stability;
    11. Adjustable support structure allows stable operation on uneven industrial ground conditions and improves repair accuracy for large workpieces;
    12. Ideal for on-site repair and remanufacturing of turbines, rollers, shafts, metallurgical equipment, mining machinery, hydropower equipment, and other oversized industrial components.
    Layout Of Equipment Cabin And Tool Work Cabin
    • The equipment cabin integrates the robotic laser cladding system, mobile laser processing equipment, and auxiliary industrial systems into a compact modular workspace;
    • Water, electrical, and gas supply interfaces are centrally arranged for rapid industrial connection and simplified on-site deployment;
    • Industrial water cooling pipelines and compressed air systems provide stable operation for laser heads, powder feeders, and auxiliary equipment;
    • Dedicated optical fiber storage and protection structure ensures safe transportation and long-term reliability of laser transmission systems;
    • The tool work cabin is divided into specialized tooling and operational areas for improved maintenance efficiency and workflow management;
    • Monitoring stations provide real-time visualization of robot operation, repair trajectories, molten pool conditions, and processing parameters through industrial camera systems;
    • The modular mobile workstation structure significantly improves operational flexibility, transportation efficiency, and field repair capability for large industrial equipment maintenance applications.
    Mobile workstation transportation renderingsWorkstation space layoutWorkstation on-site physical map
    Equipment compartment layoutPhysical picture of equipment cabinTool cabin pictures
    Robot lifting platform diagram

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