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Laser Peening (sometimes also referred to as Laser Shock Peening) drives deep plastic strain into a part that creates a high magnitude residual compressive stress from 1 to 10mm below the surface. This enhances the fatigue strength, durability, damage tolerance, and resistance to stress corrosion cracking of critical metallic components. Laser peening can form and
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Curtiss-Wright Surface Technologies is a leader in advanced surface treatment technologies, specializing in processes such as Laser Peening, also known as Laser Shock Peening. This innovative method enhances the fatigue strength and durability of metallic components by inducing deep plastic strain and generating significant residual compressive stress beneath the surface. With applications across various industries—including transportation, energy, and defense—Curtiss-Wright offers a suite of services including shot peening, thermal spray coatings, and additive manufacturing.
Their cutting-edge techniques not only extend the service life of critical components like turbine engines and aircraft structures but also provide solutions for issues related to stress corrosion cracking and fatigue. Utilizing finite-element analysis, the company tailors laser peening treatments to individual component needs, ensuring optimal performance and reliability. With a commitment to quality control and technologically advanced methods, Curtiss-Wright Surface Technologies is at the forefront of enhancing component resilience and performance, making them an essential partner for industries requiring high-performance material solutions.
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Heavy Industry and Engineering
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