Armin Suttner-Reimann

Title: **Armin Suttner-Reimann: Innovator in Electric Motor Technology**

Introduction

Armin Suttner-Reimann, an accomplished inventor located in Schwabach, Germany, has made significant contributions to the field of electric motor technology. With a total of eight patents to his name, Suttner-Reimann's work showcases innovation and technical sophistication in creating efficient electrical systems.

Latest Patents

Among his latest patents is the "Electronically Commutated DC Motor," which features a unique structure comprising a cylindrically shaped non-ferrous stator winding, a magnetically conductive back iron, and a concentric permanent magnet rotor. This design enhances performance by utilizing varying magnetic conductivities around the circumference of the back iron.

Another notable patent is the "Permanent Magnet Rotor," which integrates a laminated core with magnet pockets. This rotor utilizes two partial laminated cores to house permanent magnets securely, ensuring stability and efficiency in motor operation. The design involves strategic deflections of sheet metal tongues to maintain the force fit of the magnets, showcasing innovative engineering approaches.

Career Highlights

Suttner-Reimann has honed his skills at leading companies, including Bühler Motor GmbH. His experience in these esteemed organizations has not only allowed him to refine his inventive capabilities but has also facilitated a rich exchange of ideas within the industry.

Collaborations

Throughout his career, Suttner-Reimann has collaborated with talented professionals, including Thomas Peterreins and Olai Ihle. These collaborations highlight the importance of teamwork and shared expertise in advancing technological innovations.

Conclusion

Armin Suttner-Reimann stands out as a prominent figure in the realm of electric motor technology. His eight patents reflect a commitment to innovation and excellence, underscoring his role as a driving force in the field. With continued advancements, his contributions will likely influence the future of electrical systems and motor design.