Company Filing History:
Years Active: 2017
Title: Inventor Spotlight: Matthew Robert Benson from Preston, MN
Introduction
Matthew Robert Benson is a notable inventor based in Preston, Minnesota, recognized for his innovative contributions to engineering and mechanical design. With one patent to his name, Benson has made significant strides in the field of portable lifting equipment, showcasing his skills and creativity as an engineer.
Latest Patents
Benson's patent, titled "Portable Crane Formed of Composite Members," introduces a groundbreaking design for a portable crane. This invention features a composite mast coupled to a composite boom, enhancing the crane's durability and performance. Notably, the boom end housing is designed to be removable and includes a secure enclosure. The design also incorporates an angle adjuster that allows users to set the boom at a desired angle relative to the mast with ease. Furthermore, the invention includes an end cap at the second end of the boom, which is coupled to a sheave, effectively covering the terminal end of the boom and adding to its functionality.
Career Highlights
Benson is currently employed at Oz Lifting Products, LLC, a company that specializes in manufacturing high-quality lifting equipment. His work at Oz Lifting Products reflects his commitment to enhancing safety and efficiency in lifting operations through innovative design and engineering.
Collaborations
Throughout his career, Benson has collaborated with talented professionals, including his coworkers Steve Napieralski and Gregory L. Lucas. Their combined expertise fosters a creative environment that empowers the development of innovative solutions in the lifting equipment industry.
Conclusion
Matthew Robert Benson stands out as an inventive force in the mechanical engineering landscape. His patented portable crane exemplifies his dedication to innovation and engineering excellence. With continued collaboration and commitment to advancing technology, Benson is poised to make further significant contributions to the field.