Erich Infanger

Title: Erich Infanger: Innovator in Torque Limiting Technologies

Introduction

Erich Infanger, based in Schiers, Switzerland, is an accomplished inventor known for his significant contributions to torque limiting devices. With a portfolio comprising three patents, he has made notable advancements in the field of mechanical engineering, particularly focused on enhancing safety and efficiency in tool usage.

Latest Patents

Infanger's latest innovations include two pivotal patents related to torque limiting devices. The first patent describes a device featuring holding claws that facilitate torque limiting. This device incorporates a nut and a holding element that connects to a setting tool via an entrainment profile. The innovative design allows for seamless torque transmission, breaking the connection at predetermined limits to enhance safety.

The second patent presents an advanced device for torque limitation characterized by three webs that form a crucial part of the torque transmission. This design ensures a robust connection between the receiving part and the top part while establishing a predetermined breaking point, further extending the application's reliability and functionality.

Career Highlights

Erich Infanger is affiliated with Hilti Aktiengesellschaft, a renowned company specializing in manufacturing innovative construction tools and technologies. His tenure at Hilti has been marked by a commitment to developing cutting-edge solutions that address the challenges faced by professionals in the construction industry.

Collaborations

Throughout his career, Infanger has collaborated with talented professionals, including his coworker Hideki Shimahara. Their combined expertise has significantly contributed to the advancements in torque limiting technologies, driving innovation within their projects at Hilti.

Conclusion

Erich Infanger's contributions to the field of torque limiting devices reflect his dedication to innovation and safety in tool design. With a focus on creating reliable technologies, his work continues to impact the construction industry positively, enhancing the efficiency and reliability of mechanical applications.