Company Filing History:
Years Active: 2021-2022
Title: The Innovative Mind of Max Stetzer
Introduction
Max Stetzer, located in Houston, TX, is a renowned inventor with a focus on developing advanced mechanical solutions. With a remarkable portfolio of two patents, his contributions to the field of engineering demonstrate a deep understanding of fluid mechanics and control systems.
Latest Patents
Stetzer's latest innovations include the Pressure-Compensated Subsea Chemical Injection Valve and a Pilot-Actuated Spool Valve with a Rod Retainer. The Pressure-Compensated Subsea Chemical Injection Valve showcases a sophisticated design where a gate valve controls fluid communication based on reference pressure. The valve’s unique piston mechanism allows for precise flow adjustments, significantly enhancing subsea chemical handling.
His Pilot-Actuated Spool Valve features a cylindrical valve cage with multiple radial openings, promoting efficient fluid pressure control. The design incorporates a secure cap nut system that ensures the valve sleeve's stability, further demonstrating Stetzer's commitment to functionality and safety in engineering design.
Career Highlights
Max Stetzer currently works at National Coupling Company, Inc., where he applies his extensive engineering knowledge in designing innovative solutions. His role allows him to leverage his patent expertise while actively contributing to projects that advance the company’s technological capabilities.
Collaborations
Throughout his career, Stetzer has collaborated with notable coworkers, including Robert E. Smith, III, and Chris Roy. Together, they have combined their diverse expertise to tackle complex problems in the mechanical and fluid control sectors, enhancing their innovative outcomes.
Conclusion
Max Stetzer's work embodies a profound commitment to innovation in mechanical engineering. With his impressive patents and collaborative spirit, he contributes significantly to advancements in fluid control technologies, making a lasting impact in the industry. His inventive approaches continue to inspire future engineers and inventors in the field.