Astrid Matz

Title: Astrid Matz: Innovating Fluid Dynamics with Patent-Pending Technology

Introduction

Astrid Matz is a remarkable inventor based in Parchim, Germany. With a keen interest in fluid dynamics, she has developed innovative solutions to improve pumping mechanisms. Her notable contribution to the field is captured in a single patent that showcases her ingenuity and technical prowess.

Latest Patents

Astrid holds a patent for a "Magnetically driven pump arrangement having a micropump with forced flushing, and operating method." This invention features a sophisticated pump arrangement that includes a magnetically drivable micropump, designed for the efficient conveyance of liquid pumping mediums. The arrangement comprises a bearing carrier as a base, and incorporates outer and inner magnets that work together to transmit torque to the micropump via an axial shaft. Additionally, the design includes three radial bearing pieces for stable rotational guidance, ensuring optimal performance. The innovative aspect of her micropump lies in its eccentric bearing, complemented by a duct structure that actively flushes and lubricates the bearings with the pumping medium.

Career Highlights

Astrid is currently employed at HNP Mikrosysteme GmbH, a company renowned for its advancements in micro-pumping technology. Her work at HNP Mikrosysteme GmbH allows her to collaborate with leading professionals in the field and further her research and development efforts.

Collaborations

At HNP Mikrosysteme GmbH, Astrid collaborates with esteemed colleagues including Sven Reimann and Martin Stojke. Together, they contribute to the advancement of micro-pumping technologies and strive to innovate solutions that enhance the efficiency and functionality of fluid transport systems.

Conclusion

Astrid Matz stands out as a dedicated inventor whose contributions to the field of pumping technology are notable and inspiring. With her patented invention, she is poised to make significant strides in the fluid dynamics industry. As she continues to collaborate with her colleagues and refine her inventions, the impact of her work will undoubtedly extend beyond her current achievements.