Mobile laser cladding platform GR-LM

At the core of this equipment lies its 6-8 axis synchronized motion system, which enables precise control over complex 3D geometries. The multi-axis robotic arm adapts seamlessly to curved surfaces, narrow cavities, and irregular shapes, ensuring consistent cladding quality even in confined spaces. Unlike stationary systems, this portable solution eliminates the need for component disassembly or secondary assembly, allowing operators to address defects or wear directly on large machinery, pipelines, or structural frameworks. Its modular design integrates laser optics, powder feeding mechanisms, and cooling systems into a single compact unit, optimized for rapid deployment and minimal setup time.

Built to thrive in harsh field conditions, the system features a lightweight yet rugged chassis with shock-absorbing components, ensuring stability during transportation and operation. Weighing significantly less than conventional setups, it can be easily relocated using standard vehicles or lifting equipment, making it ideal for remote oil rigs, wind farms, mining sites, or aerospace maintenance hangars. The equipment’s energy-efficient design supports operation via generators or portable power sources, while its intuitive interface enables real-time adjustments to laser parameters (e.g., power, focal length) and material feed rates, ensuring adaptability across diverse applications.

This versatile system excels in sectors demanding rapid, high-precision repairs and coatings:

Energy & Petrochemical: Restore corroded pipeline surfaces or valve components without dismantling infrastructure.

Aerospace: Repair turbine blades, engine parts, or landing gear with aerospace-grade metal alloys.

Heavy Machinery: Extend the lifespan of molds, dies, or hydraulic shafts through wear-resistant cladding.

Automotive: Perform in-situ refurbishment of high-value components like crankshafts or transmission parts.

By integrating portability with industrial performance, the equipment drastically reduces downtime and operational costs. Its AI-assisted monitoring system ensures process consistency, while compatibility with a wide range of metal powders (e.g., titanium, cobalt-chrome, tool steels) guarantees tailored solutions for material-specific challenges. Additionally, the system’s eco-friendly design minimizes waste and energy consumption, aligning with sustainable manufacturing practices.

6-8 axis linkage motion mode

Avoid disassembly and secondary assembly

Suitable for on-site operations and operations in narrow spaces, easy to transport, strong mobility and flexibility