John Easton
About John Easton
John Easton is an R&D Design Engineer at BLOX in Birmingham, Alabama, specializing in biomedical engineering and large-scale production tooling. He has developed innovative designs, including machine skates and custom welding stops, and has contributed original hardware solutions expected to be patented.
Work at Blox
John Easton has been employed at BLOX as an R&D Design Engineer since 2021. In this role, he has contributed to various projects aimed at improving production efficiency and precision. Notably, he designed custom bolt-on welding stops for roof and floor subassembly jigs, which enhance rapid assembly capabilities while allowing for flexibility in size and shape variations. Additionally, he developed a jig for the assembly of the company's largest product, the Uber, which features precision rails and a significant assembly space of 75’ x 17’ x 15’. This jig ensures the flatness and levelness necessary for accurate assembly.
Education and Expertise
John Easton holds a Master of Science (MS) in Biomedical Engineering from the University of Alabama at Birmingham. He also earned a Bachelor of Science (BS) in Kinesiology from the same institution. His educational background provides him with a strong foundation in engineering principles and human movement, which he applies in his design work. His expertise includes large-scale production tooling, as demonstrated by his design of a lifting beam rated for 35 kips and rails utilized throughout a 1,000,000 square foot facility.
Innovations and Inventions
John Easton has been involved in the invention of two original hardware pieces for his company, one of which is an injection molded part, while the other consists of an assembly of aluminum extrusions. These inventions address specific challenges within the industry and are expected to be patented. His work reflects a commitment to innovation and problem-solving within the engineering field.
Design Projects and Contributions
Throughout his career, John Easton has designed machine skates for a new production line, capable of supporting a 10,000 lb. capacity with high dimensional precision. This design incorporates a steel frame with self-locating features and custom double-flanged steel casters, showcasing his ability to create solutions that meet rigorous industry standards. His contributions to design projects demonstrate a focus on functionality and efficiency.