Reliable and efficient power generation is a major global issue due to both political and environmental concerns.Nevertheless many critical components,particularly the blades of the low pressure(LP) side of power generating steam turbines,are subjected to failure due to severe erosion at the leading edges.Since taking machines off-line for maintenance and removal of damaged blade for repair is extremely expensive,increasing the service life of these critical components can offer significant economic and political benefits.Conventional techniques to increase service life include brazing of an erosion shield at the leading edge of the turbine blades,open arc hardfacing,and cladding with erosion resistant materials using gas tungsten,manual metal or plasma transferred arc welding.We have been investigating for the past eight years the potential of laser cladding to deposit a high quality and erosion resistant protection shield on the leading edge of LP blades.Laser cladding offers unique advantages over the conventional techniques.The project to-date has demonstrated the feasibility of in-situ repair of turbine blades in trials conducted at a power station using a fibre delivered Laserline diode laser and a robot.A company(Hardwear Pty.Ltd.) has been established to commercialise the technology and has delivered two commercial contracts. Reliable and efficient power generation is a major global issue due to both political and environmental concerns. leading edges.Since taking machines off-line for maintenance and removal of damaged blade for repair is extremely expensive, increasing the service life of these critical components can offer significant economic and political benefits. Convention techniques to increase service life include brazing of an erosion shield at the leading edge of the turbine blades, open arc hardfacing, and cladding with erosion resistant materials using gas tungsten, manual metal or plasma transferred arc welding. We have been investigating for the past eight years the potential of laser cladding to deposit a high quality and erosion resistant protection shield on the leading edge of LP blades advantages over the conventional techniques. the project to-date has demonstrated the feasibility of in-situ repair of turbine blades in trials conducted at a power station using a fiber delivered Laserline diode laser and a robot. A company (Hardwear Pty. Ltd.) has been established to commercialise the technology and has delivered two commercial contracts.