Company Filing History:
Years Active: 2003
Title: Innovations of Steven A. Tower: The Cube Corner Retroreflector
Introduction: Steven A. Tower, an accomplished inventor based in Roscoe, IL, has made notable contributions to the field of optical engineering. With a patent to his name, he has developed innovative solutions that enhance the performance of laser-equipped machine tools. His work exemplifies careful engineering and the pursuit of precision in technology.
Latest Patents: Tower’s patent, titled “Cube Corner Laser Beam Retroreflector Apparatus for a Laser Equipped Machine Tool,” addresses the challenges of maintaining precision in beam path alignment. This retroreflector apparatus minimizes the impact of small deviations in the mounting elements of optical carriages. By converting minor changes in pitch, yaw, and roll into translation in the position of the reflected beam, it ensures the reflected beam remains parallel to its incoming counterpart, significantly improving system pointing stability.
Career Highlights: Steven A. Tower works at W.A. Whitney Co., where he applies his expertise in optics and laser technology. His innovative designs have garnered attention within the industry, leading to advancements in laser application efficiency. With one patent under his belt, he continues to push the boundaries of optical device functionality.
Collaborations: Throughout his career, Steven has collaborated with fellow inventor Michael A. Tomlinson. Their teamwork has been beneficial in developing and refining technologies that enhance machine tool performance, showcasing the importance of collaboration in the realm of innovation.
Conclusion: Steven A. Tower's contributions to the field through his patented cube corner laser beam retroreflector apparatus reflect a commitment to advancing technology in precision engineering. His work enables more stable and effective laser machining processes, further pushing the frontiers of innovation in the industry. As he continues his journey in the field, his inventions will likely inspire future advancements.