Company Filing History:
Years Active: 2000-2017
Title: Innovations by James C. Kropatsch: Transforming Medical Device Manufacturing
Introduction
James C. Kropatsch is a notable inventor based in Columbus, Nebraska, who has made significant contributions to the field of medical device manufacturing. With a portfolio of six patents, Kropatsch has developed groundbreaking methodologies that enhance the cleanliness and efficiency of medical device production.
Latest Patents
One of Kropatsch's most recent patents involves a method and apparatus for manufacturing, filling, and packaging medical devices and medical containers. His innovative approach enables the creation of clean devices, either through glass forming and annealing or plastic molding. Kropatsch's invention emphasizes the importance of immediate transfer to a controlled environment, such as a clean room, to achieve low bio-burden levels. The patent outlines the process where syringe barrels and closures are cleaned using filtered ionized air, coupled together, filled with substances, and then sealed within outer containers, ensuring that cleanliness is maintained throughout the manufacturing process.
Career Highlights
Kropatsch's career has been marked by his dedication to enhancing medical device technology. His role at Becton Dickinson and Company Limited has brought forth numerous advancements in the industry, demonstrating his commitment to innovation and quality in medical manufacturing processes.
Collaborations
As part of a team, Kropatsch has collaborated with esteemed coworkers Robert B. Odell and Donald J. Porfano. Together, they have contributed to the refinement of medical technology, further solidifying their impact on healthcare and patient safety through better-designed medical devices.
Conclusion
James C. Kropatsch stands out as a significant figure in the innovation landscape of medical devices. With his impressive portfolio of patents and collaborative efforts, he continues to influence the industry positively, ensuring that medical devices are produced with the highest standards of cleanliness and efficacy. His work not only enhances medical manufacturing processes but also contributes to improved patient outcomes in healthcare settings.