Add My Company
Sign In
Laser Peening Treatment For Turbine Engine Blades To Prevent Crack Growth
We deliver precision laser shock peening to significantly boost the fatigue life, damage tolerance, and corrosion resistance of critical metal components. Our process induces deep residual compressive stress (1–8 mm) without altering surface finish, making it ideal for high-stress applications like turbine blades, aircraft structures, and welded components. With tight quality control, minimal contamination, and process repeatability, we offer tailored solutions that extend service life, reduce maintenance and improve performance in demanding environments.
We deliver precision laser shock peening to significantly boost the fatigue life, damage tolerance, and corrosion resistance of critical metal components. Our process induces deep residual compressive stress (1–8 mm) without altering surface finish, making it ideal for high-stress applications like turbine blades, aircraft structures, and welded components. With tight quality control, minimal contamination, and process repeatability, we offer tailored solutions that extend service life, reduce maintenance and improve performance in demanding environments.
For more information on Laser Peening Treatment For Turbine Engine Blades To Prevent Crack Growth talk to Curtiss Wright Surface Technologies
Enquire Now
List your company on FindTheNeedle.