Products
Applications
Carbide-powder cladding on the cutting edges of carbon-steel agricultural knives to enhance mechanical properties
Nickel-alloy powder cladding to restore the geometry of an alloy-steel camshaft
Application of anti-friction PR-DN5SR coatings during manufacture of alloy-steel piston rings
Key advantages
Supports a wide selection of alloy and carbide powders to create functional, wear-resistant coatings
Offers precise control of layer thickness and surface profile—ideal for fine restorations and engineered overlays
Produces dense, high-hardness layers (up to ~1000 HV) with excellent wear and corrosion resistance
Minimises thermal distortion thanks to localised energy input and rapid cooling
Enables accurate refurbishment of complex or high-value parts such as bearings, rings and blades
Delivers fine-grained microstructures with strong metallurgical bonding to the substrate
Laser powder cladding to restore worn injection moulds in automotive production
Powder cladding of BrAZhN10-4-4 bronze T-bars to recover geometry using PR-BrAZhNMts8.5-4.5-1.5 alloy (1–1.2 mm layer, 280–300 HV0.1)
Laser powder cladding to rebuild 40Cr steel crankshaft journals with iron-based powder (0.5–1.5 mm layer) for improved surface durability
Deposition of Ni+WC and Fe+VC coatings on carbon-steel agricultural knives (0.5 ± 0.2 mm, 850–1000 HV0.1, WC up to 2800 HV0.1) to boost wear life
Discover new opportunities in the laser industry
We focus on continuous technological development and strive to exceed our customers’ expectations
