Company Filing History:
Years Active: 1997
Title: Jeffrey D. Losey - Innovating Through Laser Shock Peening
Introduction
Jeffrey D. Losey is an accomplished inventor based in Cincinnati, OH. With a focus on advancing manufacturing technologies, he has developed innovative methods that enhance the durability and performance of metallic components. He holds a patent that exemplifies his expertise and creativity in the field.
Latest Patents
Losey's patented invention, "Adhesive Tape Covered Laser Shock Peening," describes a method for treating metallic parts using laser shock peening. This process involves covering a metallic surface with an adhesive tape featuring an ablative medium. A laser is fired on the treated surface while a curtain of water flows over it. This innovative approach allows for deep compressive residual stresses to be imparted into the part from the surface, ultimately increasing its performance and lifespan.
Career Highlights
Jeffrey D. Losey is a valuable contributor at the General Electric Company, where he applies his technical knowledge and inventive spirit to develop cutting-edge solutions in the manufacturing industry. His commitment to innovation has not only advanced his career but has also provided the company with enhanced processes and technologies that improve product quality.
Collaborations
Throughout his career, Losey has collaborated with notable colleagues, including Seetharamaiah Mannava and Angel L. Ortiz, Jr. These partnerships highlight the importance of teamwork and shared knowledge in the pursuit of innovative solutions and results in the engineering field.
Conclusion
Jeffrey D. Losey stands out as a remarkable inventor who successfully combines creativity with engineering principles. His patent in laser shock peening demonstrates his significant contribution to advancing manufacturing technologies. Through his work with General Electric Company and collaborative efforts with his colleagues, Losey continues to drive innovation and enhance the capabilities of metallic components, marking his place within the realm of modern engineering.