Diethlem Wömpner

Title: The Innovative Contributions of Diethlem Wömpner

Introduction

Diethlem Wömpner, an inventive mind located in Munich, Germany, has made significant contributions to the field of material processing. His work primarily revolves around the extrusion of hollow sections, showcasing his expertise in developing techniques that enhance manufacturing processes.

Latest Patents

Wömpner holds a patent for a "Process for extruding a hollow section or the like from a billet and a device for that purpose." This innovative process involves introducing a billet into a container's bore, where an extrusion stem feeds it in the extrusion direction. The process features a shape-forming cross-sectional opening in a die, allowing the billet material to be pressed into a central inlet. The resultant ductile mass is then directed through multiple channels to create the shape-forming cross-section. Notably, the primary load is applied by the extrusion force outside the central inlet and shape-forming region, efficiently diverting the force to the supporting die parts.

Career Highlights

Throughout his career, Diethlem Wömpner has been associated with Alusuisse Technology & Management Ltd., a key player in the aluminum industry. His patented process underscores his role in advancing manufacturing techniques, allowing for more efficient production of complex shapes and sections. His innovative approach is a testament to his dedication to improving industry practices.

Collaborations

Wömpner has worked collaboratively with his coworker Adolf Ames, contributing to advancements in extrusion technology and its applications. Together, they have aimed to push the boundaries of what is possible within their field.

Conclusion

Diethlem Wömpner’s contributions to the world of innovation and manufacturing technology exemplify the remarkable impact that a dedicated inventor can have on industry practices. His patent not only reflects his ingenuity but also highlights the importance of continuous innovation in engineering processes.