Keith D Damick

Title: Innovations by Inventor Keith D. Damick

Introduction

Keith D. Damick, an inventive mind based in Penfield, NY, has made significant contributions to automated systems, particularly in the realm of washing techniques. With a patented invention that enhances efficiency in automatic washers, Damick exemplifies the spirit of innovation in mechanical engineering.

Latest Patents

Damick holds a patent for "Systems and methods for feeding articles to and removing articles from an automatic washer." This invention outlines innovative systems, methods, and devices designed for handling various articles utilizing tunnel-type automatic washers. The patent describes a novel approach that employs various conveyor systems, such as belt conveyors, gantry-type conveyors, and shuttle-type conveyors, to efficiently manage the transition of articles to and from washing systems. Central to this invention is the utilization of arm-end tooling capable of securely grasping and manipulating multiple articles simultaneously. These advancements are facilitated by cylinder-based actuators operated through an automated control system, ensuring precision and efficiency in handling tasks. Moreover, the integration of a vision-based system optimizes the handling processes, making it particularly useful for laboratory equipment, such as animal cages.

Career Highlights

Throughout his career, Keith D. Damick has demonstrated a dedication to refining and advancing automated processes. His innovative solutions contribute to better operational capabilities in various fields, especially in research and laboratory settings. Having a solid grasp of mechanical systems and automation, Damick's work is pivotal in developing practical applications that enhance productivity.

Collaborations

Damick is known to collaborate with esteemed professionals in the field, notably Bruce K. Ginder and Lowell A. Onderdonk. These partnerships highlight his commitment to collaborative innovation, where shared expertise leads to pioneering solutions in automation and mechanical engineering.

Conclusion

Keith D. Damick's innovative contributions to the field of automatic washing systems reflect a profound understanding of mechanical processes and automation. His patent exemplifies efficiency and practicality, serving as a testament to the importance of innovation in enhancing laboratory operations and beyond. As he continues to develop solutions that streamline operations, Damick remains a noteworthy figure in the landscape of modern invention.