Fiber laser cladding is an advanced surface engineering process that restores worn components, enhances material properties, and extends the service life of high-value parts. By applying a precisely controlled layer of material with minimal heat input, manufacturers can improve wear resistance, corrosion protection, and overall component performance while reducing material waste and replacement costs.
Repairing a worn shaft or housing with cladding costs a fraction of replacing it outright, and the bonded layer often outperforms the original surface for wear and corrosion resistance. That makes it a natural fit for the high-value, hard-to-replace equipment common in aerospace, energy, mining, and oil and gas — where downtime is expensive and spare parts can take months to source.
Restore worn parts and enhance new components with durable, high-performance surface coatings.
Repair high-value components instead of replacing them, helping lower maintenance costs and minimise production interruptions.
Apply material exactly where it's needed with minimal heat input, excellent metallurgical bonding, and consistent process control.