Company Filing History:
Years Active: 1990
Title: Theodore Hamot: Innovator in High-Speed Can Decoration
Introduction
Theodore Hamot, an inventive mind based in Saddle Brook, New Jersey, has made a notable contribution to the manufacturing sector with his innovative approach to can decoration. His sole patent reflects a combination of engineering expertise and practical application in the beverage packaging industry.
Latest Patents
Hamot's patent, titled "Infeed Means for High-Speed Continuous Motion Can Decorator," introduces a unique mechanism designed to enhance efficiency in the can decoration process. This innovative device features an infeed section equipped with a rotating pocket wheel that efficiently receives cans from a chute. The ingenious design allows cans to be transported axially from the pockets of the pocket wheel to mandrels on a rotating mandrel wheel. The process is further refined by the application of a suction force, ensuring each can is securely seated and stabilized throughout transportation to the transfer region.
Career Highlights
Throughout his career, Theodore Hamot has established himself as a significant contributor at Sequa Corporation, a company revered for its advancements in manufacturing technologies. His focus on optimizing can decoration processes has positioned him as an important figure in the development of high-speed production techniques.
Collaborations
Working alongside skilled professionals such as Arnold Peters and Leonard Ver Hoven, Hamot has engaged in collaborative efforts that highlight the importance of teamwork in driving innovation. Their collective experience and knowledge contribute to maintaining Sequa Corporation’s reputation for technological advancements in the industry.
Conclusion
Theodore Hamot’s innovative patent in high-speed can decoration illustrates his commitment to enhancing manufacturing processes. By leveraging his skills and collaborating with esteemed colleagues, he continues to make significant strides in the field, paving the way for future developments in can decoration technologies.