Michael Richter

Title: Michael Richter: Innovator in Hydraulic Systems

Introduction

Michael Richter is a notable inventor based in Birenbach, Germany. He has made significant contributions to the field of hydraulic systems, holding a total of three patents. His work focuses on enhancing the efficiency and functionality of hydraulic drawing presses and die casting processes.

Latest Patents

Richter's latest patents include a hydraulic drawing cushion for a drawing press and a method of operating the hydraulic cushion. This innovative hydraulic drawing cushion features at least one hydraulic cylinder with a piston rod that generates a total force acting on the metal sheet holding ring. The hydraulic cylinder is equipped with a hydraulic work circuit that produces a hydraulic work force directed towards a ring part, allowing for force application on both sides. Additionally, a spring force acts on the piston, which is preset and functions based on the piston’s position relative to the cylinder housing.

Another significant patent is for a casting valve with a post-compression piston. This method involves a die casting process that utilizes a casting valve with a valve piston and a post-compression piston. The process includes opening the casting valve to fill it with a melt, closing it after filling, and providing post-compression to the melt during cooling, ensuring the quality of the cast part.

Career Highlights

Michael Richter is currently employed at Schuler Pressen GmbH, a company renowned for its advanced press technology. His role involves developing innovative solutions that enhance the performance of hydraulic systems in manufacturing processes.

Collaborations

Richter has collaborated with notable colleagues such as Juergen Fahrenbach and Martin Gaebges, contributing to various projects that push the boundaries of hydraulic technology.

Conclusion

Michael Richter's contributions to hydraulic systems through his patents and work at Schuler Pressen GmbH highlight his role as an influential inventor in the industry. His innovative approaches continue to shape the future of hydraulic technology.