Laser peening is a technology that has less exposure. In fact, laser peening is like surgery, which can implant residual compressive stress into key parts of the part, providing designers with the ability to prevent crack growth and increase the fatigue strength of the part. For many years, laser shot peening has been used to extend the fatigue life of key components of aviation, but now, in order to meet the requirements of a new generation of intercontinental aircraft, laser shot peening is being used to shape the wing, where mechanical blasting is not taken care of. .
LSPT, based in Dublin, Ohio, USA, is dedicated to the production of laser peening systems that increase the fatigue life of metals. Over the past two years, the company has added more than 27 engineering and technical support staff, doubled in size, prompting the company to find a larger site in central Ohio. The new staff includes optical, mechanical and materials science engineers and green laser pointer product design and technical project managers with experience in nuclear and fossil energy generation, heavy equipment and aerospace technology.
Eric Collet, chief operating officer of LSPT, said: "We are facing the challenge of new projects and need more space to accommodate the company's large equipment and more employees." Collet said that the company moved The size of the new site will be at least twice the current size.
The growth of new customers, the implementation of the new portable green laser pointer solution, and the successful promotion of new equipment in China and Europe have all contributed to the growth of LSPT employees. LSPT has grown rapidly and is inextricably linked to the introduction of laser peening systems in the United States, China and Germany.
The green laser pointer is equivalent to the introduction of a laser-based shock wave on the metal surface to generate residual stress, which can improve the fatigue life of the metal by 10-20 times. The company works closely with customer designs through finite element analysis (FEA) modeling to provide precise directional laser shot peening that prevents or slows fatigue crack growth and helps metal parts resist foreign object damage (FOD).