This compact mobile laser cladding system was designed to deliver rapid, on-site additive repairs. Built with a highly modular design, operators can easily hoist, transport, and assemble the entire system in minutes. A centralized PLC serves as the core, seamlessly controlling the laser, powder feeder, and robotic arm. You manage the entire cladding process directly through a simple robot teach pendant.
Where to use this system? This mobile unit tackles emergency on-site repairs across heavy industries. It perfectly restores:
What is the main benefit of a compact mobile laser cladding system?
The system allows you to bring professional metallurgical repair facilities directly to the site, eliminating the need to dismantle, transport, and reassemble massive industrial machinery. This drastically reduces downtime and transport costs.
Does this system safely process highly reflective metals?
Yes. It is engineered with proprietary Anti-Reflection Technology to process highly reflective metals securely without exposing the laser source to destructive back-reflections.
How efficient is the cladding powder utilization rate?
The system is optimized to achieve a highly rapid powder utilization rate exceeding 90%, minimizing raw material waste while maintaining low heat input during the repair process.
Is the system difficult to set up and operate?
Not at all. Featuring a highly modular build, it is easy to hoist, transport, and deploy within minutes. The entire cladding process is directly managed using a simple, integrated robot teach pendant connected to a centralized PLC.
What kind of bonding quality can I expect from the repair?
The cladding process delivers a true, flawless metallurgical bond between the substrate and the cladding material. It creates a dense layer that is completely free of cracks, pores, or inclusions, ensuring exceptional durability.
What industries can benefit from this mobile solution?
It is ideal for heavy industries requiring prompt, emergency on-site repairs, such as power generation (steam turbine shafts), metallurgy and steel (rolling mill stands), chemical processing, and large-scale manufacturing.