Michael R Tanner

Title: The Innovative Mind of Michael R. Tanner: Pioneering Measurement Technologies

Introduction: Michael R. Tanner, an accomplished inventor based in Cincinnati, OH, has made significant contributions to the field of inspection and measurement technologies. With three patents to his name, Tanner's work focuses on enhancing the precision and efficiency of workpiece inspection through innovative sensor technologies.

Latest Patents: Two of Tanner's most recent patents exemplify his cutting-edge approach to measurement. The first patent, titled "Measurement of Toothed Articles on a Composite Machine Tester Platform Utilizing a Non-Contact Sensor," introduces a method and machine that integrates at least one non-contact sensor on a functional testing platform for workpiece inspection and measurement. This unique combination merges two machine platforms into a single unit, effectively saving both cycle time and valuable space while providing comprehensive measurement characteristics.

His second patent, "Measurement of Toothed Articles Utilizing Multiple Sensors," describes an advanced methodology employing both tactile and non-contact sensors or probes for workpiece inspection. This dual-sensor approach results in notable cycle time savings without compromising accuracy, showcasing Tanner's commitment to innovation in the realm of measurement technologies.

Career Highlights: Michael R. Tanner's professional journey includes impactful roles at Gleason Metrology Systems Corporation, where he honed his skills in metrology and measurement systems. His experience in this industry has paved the way for his inventive contributions that address the challenges faced by manufacturers and engineers in measuring complex workpieces.

Collaborations: Tanner's innovative journey has seen him collaborate with talented individuals, including coworkers Parag Prakash Wagaj and Douglas Charles Beerck. These collaborations have fostered a creative environment, allowing for the exchange of ideas that drive progress in measurement techniques.

Conclusion: Michael R. Tanner exemplifies the spirit of innovation through his patented technologies aimed at revolutionizing workpiece inspection. His contributions not only streamline measurement processes but also push the boundaries of what's possible in the field, making a lasting impact on industries reliant on precision and efficiency. As one continues to follow Tanner's career, it is clear that his inventive spirit and dedication to advancement will lead to further groundbreaking innovations in the future.