Company Filing History:
Years Active: 1993
Title: Innovating Non-Contact Machining: The Work of Thomas E. Denham
Introduction: Thomas E. Denham, an inventive mind based in Plymouth, MI, has made significant strides in the field of manufacturing with a patent that focuses on non-contact machining techniques. His innovative approaches aim to improve efficiency and accuracy in mass production environments.
Latest Patents: Denham holds a patent titled "Method and apparatus for non-contact machining with dynamic feedback." This invention introduces a novel system for machining workpieces without direct contact, utilizing dynamic and adaptive feedback controls to achieve precise measurements. The technology allows for the machining of a first feature in a workpiece, which is measured to determine its size. Adjustments to process parameters are made based on the measurement to ensure that subsequent machining of a second feature results in a specified combined size, all while adhering to strict acceptability limits. Furthermore, the system analyzes measurement trends across successive workpieces to enhance accuracy further.
Career Highlights: Denham's career is characterized by a commitment to advancing manufacturing technologies. He is currently a member of Raycon Corporation, where he applies his expertise in machining and production processes. His single patent stands as a testament to his capability and innovation in the industry.
Collaborations: Throughout his career, Denham has collaborated with talented individuals such as Robert D. Bond. Their joint efforts likely contribute to the innovative advancements made at Raycon Corporation, where collaboration is essential for driving progress and achieving manufacturing excellence.
Conclusion: Thomas E. Denham is an influential inventor whose work in non-contact machining exemplifies the importance of innovation in modern manufacturing. His dedication to enhancing production processes through dynamic feedback mechanisms positions him as a key figure in the field, paving the way for more accurate and efficient machining practices.