Company Filing History:
1 out of 17 
1 out of 488 
Years Active: 2012
Title: The Innovations of James J Phlypo: Pioneering Work in Automotive Manufacturing
Introduction: James J Phlypo, an inventive mind based in Shelby Township, MI, has made a significant contribution to the automotive manufacturing industry with his innovative patent. With a keen understanding of engineering and design, Phlypo's work focuses on enhancing efficiency and functionality in the production process.
Latest Patents: Phlypo holds a notable patent for a Quick-disconnect work support assembly, designed to optimize the assembly process in the automotive sector. This innovative plate pin assembly is utilized with a fixture that accommodates multiple plate pin assemblies during the crucial marriage of chassis and body in vehicle manufacturing. The assembly features a lower end that securely fits into a bushing hole on the fixture, enabling firm attachment. Its upper end interacts seamlessly with the vehicle chassis or body, while the quick-disconnect mechanism allows for rapid changeovers between vehicle applications, significantly enhancing production efficiency.
Career Highlights: Throughout his career, James J Phlypo has collaborated with esteemed companies such as Fori Automation, Inc. and Chrysler Group LLC. His experience in these organizations has provided him with invaluable insights and expertise in automotive manufacturing processes, leading to his patent's development.
Collaborations: Phlypo has worked alongside notable colleagues in the industry, including Paul George Doan and Brad Holoday. Together, they have contributed to innovative solutions that elevate automotive manufacturing standards.
Conclusion: James J Phlypo stands out as an inventor whose contributions have the potential to reshape processes within the automotive industry. His patent for the Quick-disconnect work support assembly exemplifies the spirit of innovation that drives progress in manufacturing. As automotive technology continues to evolve, Phlypo's work serves as a benchmark for future advancements in efficiency and productivity.