Wear and Corrosion Protection / Remanufacturing


We have over 20 years experience in the field of laser cladding technology and laser nozzle development specifically for wear, corrosion and remanufacturing applications.  We have successfully transferred our technology into volume production for many industrial customers throughout North America, many of which currently rely on our state of the art nozzle technology 24/7 for their production needs.

For wear resistance, a wide variety of commercially available Nickel, Cobalt and Iron alloy powders can be used. For the highest level of wear protection, mixtures of metal powder with tungsten, chrome or vanadium carbides are utilized.

The laser beam melts the coating material and the substrate material to form a deposit that is metallurgically bonded to the substrate. These deposits are stacked or laid next to each other to form 100% dense near net shape structures that required minimal post machining.


  • Low dilution (1-5%)
  • Improved wear and corrosion resistance properties
  • Low heat input / distortion
  • High quality deposit
  • Minimal post machining requirements

Laser Applications

  • Hardfacing of drill stabilizers and other downhole oil drilling tools
  • Corrosion Protection on oil industry components
  • Wear and Corrosion Protection on fans, burners, pumps and boiler tubes
  • Wear Protection Coatings on engine components
  • Remanfacturing of high value worn components for all industries


  • Oilfield
  • Offshore
  • Mining
  • Construction Equipment
  • Shipbuilding
  • Chemical Industry
  • Power generation
  • Automotive


  • Inconel alloys
  • Tungsten Carbide / Inconel
  • Nickel based alloys
  • Stainless Steel alloys
  • Cobalt based alloys