Timothy M Owens

Title: The Innovations of Timothy M. Owens in Precision Engineering

Introduction

Timothy M. Owens, an inventive mind based in Fort Mill, SC, has made significant contributions to the field of precision engineering. With a remarkable portfolio that includes eight patents, Owens is recognized for his innovative solutions that enhance the functionality and accuracy of machining tools.

Latest Patents

Owens' latest inventions demonstrate a keen understanding of both mechanical systems and user needs. One notable patent is the **Miter Fence Positioner**, which is part of a miter saw assembly. This invention features a cutting tool designed for precise cuts along a cutting axis, integrated with a stop mechanism that can be linearly adjusted. The system utilizes a rotary motor to convert motion, allowing for accurate positioning of the stop mechanism thanks to a visual position detection system.

Another cutting-edge patent is a **System and Method for Virtually Calibrating a Computer Numeric Controlled Machine to Compensate for Surface Distortions**. This method entails an intricate calibration procedure for CNC machines, enabling users to accurately machine distorted surfaces by modifying instructions based on true and actual axes of toolhead movement. This innovation is imperative for improving machining precision on uneven surfaces.

Career Highlights

Over the course of his career, Timothy M. Owens has worked with prominent companies including Nanodynamics, Inc. His experience has shaped his expertise in developing precise engineering solutions, merging practical applications with advanced technological concepts.

Collaborations

Throughout his career, Owens has collaborated with professionals such as Douglas P. DuFaux and Mark Thomas Elliott. These partnerships have fueled creativity and innovation, allowing for the cross-pollination of ideas that benefit the engineering community.

Conclusion

Timothy M. Owens stands out as a contributor to engineering innovation with his impressive array of patents. His focus on precision and functionality continues to influence the design of complex machining systems. As technologies evolve, Owens' work before and beyond will surely contribute to new advancements in the field.