Gerd Pecher

Title: Gerd Pecher – Innovator in Low-Noise Rotary Pump Technology

Introduction

Gerd Pecher is an inventive mind residing in Friedberg, Germany, known for his contributions to the engineering of rotary pump technology. With a focus on creating efficient and low-noise solutions, Gerd has secured a patent that showcases his innovative approach to design and functionality.

Latest Patents

Gerd Pecher holds a patent for a "Low-noise rotary pump having a press-fit stator using split-core ribs and housing ribs." This innovative rotary pump features a plastic housing that can be easily processed via injection molding. The first housing part defines a pump space, which is combined with a second intermediate housing part that accommodates an electric motor employing a wound core stator. The detailed architecture of his design includes a plastic split core, alongside a wound claw pole stator, and a permanent magnetic rotor that rotates within the split core, marking a significant advancement in rotor pump technology.

Career Highlights

Currently, Gerd is associated with Bühler Motor GmbH, where he continues to apply his expertise in pump technologies. His work emphasizes not only the mechanical aspects of pump design but also sustainability through the use of plastic materials for better processing and lower environmental impact. Gerd's dedication to innovation in his field is evident in the robust engineering of his patented technology.

Collaborations

During his career, Gerd has collaborated with prominent colleagues, including Thomas Peterreins and Achim Brunner. Their collective efforts have fostered an environment of innovation and technical excellence within Bühler Motor GmbH, allowing the company to push the boundaries of rotary pump development.

Conclusion

Gerd Pecher stands out as a visionary inventor in the rotary pump sector, with a patented solution that not only addresses noise reduction but also emphasizes advanced engineering practices. His ongoing work at Bühler Motor GmbH and collaborations with fellow engineers illustrate his commitment to driving innovation in the field of pump technology.