Company Filing History:
Years Active: 1998
Title: Innovation in Liquid Management: The Invention of Scott E. Raether
Introduction: Scott E. Raether, an inventive mind based in Oconomowoc, WI, has made significant contributions to the field of fluid management with his pioneering patent, a temperature-sensitive shutoff valve. This innovative device offers enhanced safety and efficiency in handling liquids, demonstrating Raether's commitment to pushing the boundaries of engineering design.
Latest Patents: Raether holds a patent for a temperature-sensitive shutoff valve designed specifically to manage liquid flow in sensitive analytical instruments. The valve comprises a housing with a valve seat and a movable valving member, which transitions between a flow-permitting position and a flow-blocking position. An integrated latching mechanism retains the valving member in the open position until the liquid temperature reaches a predetermined shutoff point. This design ensures that instruments sensitive to temperature fluctuations are protected from potentially damaging liquid exposure.
Career Highlights: Scott E. Raether is associated with Sentry Equipment Corporation, where he leverages his engineering background to innovate solutions that meet industry needs. His experience encompasses the development of sophisticated devices aimed at improving operational safety and efficiency.
Collaborations: Throughout his career, Raether has collaborated with notable professionals, including his coworker John C. Schadt. These collaborations have fostered an environment of creativity and innovation, allowing them to tackle complex engineering challenges together.
Conclusion: Scott E. Raether's innovative spirit is exemplified through his temperature-sensitive shutoff valve, which showcases his ability to merge functionality with safety. His contributions to Sentry Equipment Corporation and the broader field of liquid management highlight the importance of inventive solutions in protecting sensitive equipment and advancing technology.