Company Filing History:
Years Active: 2015
Title: Nathan Eugene Weaver: Innovator in Minimal Shear Molding Technology
Introduction: Nathan Eugene Weaver is a noteworthy inventor based in Berkeley Springs, West Virginia, known for his contributions to the field of molding technology. With a single patent to his name, he has developed significant advancements in the techniques used for minimal shear molding processes.
Latest Patents: Nathan Weaver's patent, titled "Method and apparatus for enhanced minimal shear molding utilizing extrusional, pelletization, and melt rheological control of pellets and micropellets and molded objects made therefrom," addresses the optimization of molding techniques. This innovation focuses on enhancing the minimal shear molding process through the use of pellets and micropellets produced via controlled extrusional and pelletization processes. The methodology incorporates nonpowder melt flow rheology, achieving outcomes such as reduced molding temperatures and cure times, as well as improved control over rotation axis ratios and rates. The resulting molded items can feature single or multiple layers and may be created in one or multiple molding sequences employing similar or differing chemical compositions.
Career Highlights: Nathan Weaver is currently associated with Gala Industries, Inc., a company that specializes in manufacturing cutting-edge molding equipment and solutions. His role at Gala Industries allows him to further his research and applications in molding technology, contributing to the company’s innovative offerings.
Collaborations: Nathan has collaborated with his coworkers, Roger Blake Wright and Matthew Jean Tornow, to refine and advance the processes related to his patent. Their combined efforts highlight the importance of teamwork in fostering innovation within their field.
Conclusion: Nathan Eugene Weaver's inventive work exemplifies the impact that targeted research and development can have on molding technology. Through his patent, he continues to influence advancements in minimal shear molding processes, ultimately enhancing manufacturing efficiency and product quality in the industry.