Company Filing History:
Years Active: 2016
Title: **Faimund Friderich: Innovator in Hot Runner Systems**
Introduction
Faimund Friderich is a notable inventor based in Sasbach, Germany, recognized for his significant contribution to the field of hot runner systems. With a unique patent under his name, Friderich exemplifies the drive for innovation within the industrial sector.
Latest Patents
Friderich's sole patent revolves around a valve gated hot runner system. This innovative system features a single movable plate or frame that holds multiple valve pins. The design includes a linear actuator linked to rigid transmission elements that facilitate linear motion from the actuator to several rotary components. These rotary components are connected to a common plate, which works seamlessly to lift or translate the movable plate, thus controlling the flow of materials between hot runner nozzles and corresponding mold cavities. This versatile actuator can operate on electrical, electro-magnetic, pneumatic, or hydraulic power, showcasing Friderich's commitment to efficient and adaptable engineering solutions.
Career Highlights
Faimund Friderich has made significant strides in his career as an inventor, especially during his tenure at Otto Männer Innovation GmbH. His work in developing advanced manufacturing technologies reflects his dedication to enhancing industrial processes and delivering innovative solutions.
Collaborations
While at Otto Männer Innovation GmbH, Friderich has had the opportunity to collaborate with talented peers such as Ralph Keitel and Swen Spuller. These collaborations have facilitated a creative exchange of ideas, contributing to the development of cutting-edge technologies in hot runner systems.
Conclusion
Faimund Friderich's innovations in hot runner technology exemplify the spirit of invention that drives progress in manufacturing. His contributions are not only a testament to his skills as an inventor but also reflect the collaborative efforts of his colleagues in furthering industrial advancements. As innovations in this field continue to evolve, Friderich's work will undoubtedly leave a lasting impact on the industry.