Company Filing History:
Years Active: 2013
Title: Innovations by Raymund Pflitsch in Deep-Drawing Technology
Introduction
Raymund Pflitsch, an innovative inventor based in Engelskirchen, Germany, is known for his remarkable contribution to the field of metal processing. With a patent to his name, Pflitsch has demonstrated notable ingenuity, particularly through his work on methods and apparatus for deep drawing metal sheets.
Latest Patents
Pflitsch’s sole patent revolves around a "Method and Deep-Drawing Apparatus for the Deep Drawing of Metal Sheets." This invention introduces a novel approach in operating a press with a table, drawing punch, drawing die, and a counterpressure plate. The process he has devised includes pushing at least one drawing strip transversely through the metal sheet's flow path during two distinct phases: the first to deflect the sheet, and the second to further control the sheet's flow. Crucially, interchangeable distance pieces are integrated for precision adjustments during these stages, allowing for enhanced plastic formation at the end of the operation.
Career Highlights
Raymund Pflitsch is currently associated with Ford Global Technologies, LLC, where he furthers his engineering innovations in a globally recognized automotive context. His technical prowess in the automotive industry showcases how inventive solutions can enhance manufacturing processes.
Collaborations
Within his career, Pflitsch has collaborated with notable professionals, including Torsten Hallfeldt and Carsten Greisert. These partnerships have likely facilitated a dynamic exchange of ideas and expertise, contributing to the successful development of advanced technologies in the field.
Conclusion
Raymund Pflitsch stands out as an inventive force in deep-drawing technology. His patent not only reflects his creative capabilities as an inventor but also highlights the importance of innovation in manufacturing processes. The contributions of inventors like Pflitsch are essential for evolving industry standards and improving operational efficiencies.