Reclamation & Surface Engineering

The Low Carbon Alternative

LaserBond can reclaim fatigued and worn industrial parts at a fraction of the cost of a replacement part, whilst improving resistance to wear and corrosion, and increasing reliability and service life. New components and replacement parts can also be surface engineered to provide extended service life in a range of challenging environments and applications. In a world where carbon induced climate change is of concern, the abilities of LaserBond to increase the service life of industrial components provide significant opportunities.

The steel industry estimates that around 30GJ of energy is required to produce one tonne of steel. Through utilisation of its surfacing technologies, LaserBond can dramatically extend the useful life of wearing industrial components without the need for replacement. A component originally manufactured from 1 tonne of steel may typically be reclaimed and placed back into service with only 1GJ of energy consumed, thereby dramatically reducing total carbon emissions.

Some of the Industries we serve:

  • Mining Equipment
  • Alumina Refining
  • Power Generation
  • Valves & Fluid Handling
  • Aluminium Smelting
  • Road & Rail Equipment
  • Aerospace & Gas Turbines
  • Merchant & Defence Marine
  • Oilfield Drilling & Exploration

 

LaserBond's New Brochure Here

 

 

Read Oz Equities Feature on LaserBond October 2014

 

 

Watch LaserBond's
Video Introduction

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Our laser cladding process, LaserBond®,  achieves a welded bond with limited and precisely controlled heat input. Our unique laser cladding process ensures heat sensitive components, such as hardened shafts, gears etc, can be repaired without risk of distortion or other undesirable heat effects.

 


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Thermal Spraying produces high performance surfaces with a mechanical bond. There is absolutely no risk of distortion or metallurgical changes to the component.

HP HVOF wear resistant surfaces typically provide more than 4 times the wear resistance of chrome plating, through-hardening and other hard facing techniques.

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A comprehensive range of modern large capacity CNC Lathes, Mills and Borers, in addition to a variety of con-ventional manual lathes, mills and borers, cylindrical, surface and internal grinders etc.

These are used to manufacture new components (from one offs to large batches) in a wide range of sizes, weights and geometries.


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