Jess A Anderson

Title: The Innovative Mind of Jess A. Anderson in Gravure Coating Technology

Introduction: Jess A. Anderson is a notable inventor based in Windsor, Colorado, known for his significant contributions to gravure coating technology. With one patent to his name, Anderson demonstrates the intersection of creativity and practical solutions in his field.

Latest Patents: Anderson's key patent is titled "Gravure method and apparatus for coating a liquid reactive to the atmosphere." This innovative method and apparatus facilitate the gravure coating of a liquid that reacts with the atmosphere onto a web. The apparatus is built around an engraved gravure cylinder and features an impression roller that presses the web onto the gravure cylinder. It employs curtain or jet formation means to wet the surface of the cylinder and utilizes a doctor blade to wipe away excess coating liquid. A unique shroud surrounds the gravure cylinder, creating distinct zones to optimize the coating process while minimizing the reaction rate of the coating liquid with atmospheric components.

Career Highlights: Jess A. Anderson has established his expertise as a key player in the Eastman Kodak Company. His work focuses on improving coating technologies, contributing to advancements in the manufacturing processes. His dedication to refining gravure techniques has earned him recognition within the industry.

Collaborations: During his career, Anderson has collaborated with professionals such as Kenneth J. Ruschak and Rukmini B. Lobo. These collaborations highlight Anderson's commitment to teamwork and innovation, where he has combined efforts with other talented individuals to push the boundaries of gravure technology.

Conclusion: Jess A. Anderson's innovative approach to gravure coating illustrates the potential for advancements in this specialized field. His patent not only reflects his ingenuity but also serves as a testament to how collaboration and dedication can lead to impactful technological breakthroughs. His contributions are likely to inspire future inventors and advancements in coating applications.