GMobiMRO® Series

Mobile Laser Cladding System for On-Site Metal Repair and Additive Manufacturing

Equipment Introduction

To meet the growing demand for rapid on-site repair and reliable maintenance of large industrial equipment, the Greenstone GMobiMRO® mobile laser cladding system is specially developed as a compact, modular, and intelligent laser repair platform. The equipment combines portability, precision laser cladding, robotic motion control, and flexible deployment capability to provide efficient repair solutions for complex industrial applications.

The modular structure design allows fast transportation, quick assembly, and convenient field operation. The system adopts PLC-based centralized control architecture to coordinate the laser source, powder feeder, robotic motion system, and process parameters for stable and intelligent laser cladding operation. Through robotic teaching and adaptive motion control, the equipment can perform laser additive repair and surface restoration on a wide range of complex metal workpieces directly at the customer site.

Equipment Advantages

• Six-axis robotic configuration supports flexible laser cladding processing of large, complex, and irregular workpieces;
• Modular integrated design enables rapid disassembly, transportation, deployment, and field assembly;
• Ideal for on-site repair of large non-removable components and difficult-to-transport industrial equipment;
• Suitable for emergency maintenance applications in power generation, mining, metallurgy, petrochemical, marine, and heavy industries;
• High cladding efficiency with low heat input and powder utilization rate exceeding 90%;
• Laser cladding layer forms strong metallurgical bonding with the substrate, featuring low dilution, dense structure, and minimal heat-affected zone;
• Stable and intelligent control system allows centralized management of laser, powder feeding, shielding gas, and robotic movement;
• Compact structure and high mobility make the equipment suitable for confined spaces and remote industrial environments;
• Flexible operation system supports multiple motion platforms and customized repair configurations;
• Excellent anti-reflection capability and process stability ensure reliable operation during long-term industrial repair tasks.