GPortaLAM® Series

Portable Laser Additive and Subtractive Repair System

機材の背景

In industries such as energy, mining, petrochemical, metallurgy, marine engineering, and heavy manufacturing, critical components often suffer from wear, corrosion, fatigue, impact damage, and dimensional loss under long-term high-load operation. Traditional repair methods usually require component disassembly, transportation, welding, machining, and long production shutdowns, resulting in high maintenance costs and low repair efficiency.

The Greenstone GPortaLAM® portable laser repair system is developed specifically for intelligent on-site metal restoration and hybrid additive manufacturing applications. By combining laser cladding deposition, adaptive grinding, intelligent visual positioning, and portable robotic operation, the system enables rapid on-site repair of high-value industrial components with improved flexibility, precision, and automation. The dense metallurgical bonding produced by laser cladding technology provides excellent wear resistance, low dilution rate, and long-term service reliability for repaired parts.

設備の利点

• Modular portable structure allows fast assembly, transportation, and deployment in different industrial environments;
• Intelligent visual positioning system supports automatic defect recognition, adaptive path generation, and precise repair positioning;
• Hybrid additive and subtractive processing combines laser cladding restoration with precision grinding for higher repair quality and dimensional accuracy;
• Adaptive cladding process control supports stable laser deposition in complex geometries and difficult repair areas;
• High-precision laser repair system can achieve fine deposition accuracy and consistent metallurgical bonding quality;
• Multiple teaching and programming modes support flexible operation for different repair scenarios and operator skill levels;
• Intelligent repair path library improves processing efficiency for common industrial repair applications;
• Force-controlled grinding system ensures stable surface finishing and accurate material removal after laser deposition;
• Compact portable design is suitable for confined spaces, field repair operations, and large non-removable industrial components;
• Ideal for turbine shafts, valve seats, hydraulic components, molds, rollers, drilling tools, heavy equipment parts, and other high-value metal components requiring rapid on-site restoration.