Edward W Deziel

Title: Edward W Deziel: Innovator in Brush Manufacturing

Introduction

Edward W Deziel, an innovative inventor based in West St. Paul, MN, has made significant contributions to the field of brush manufacturing. With a portfolio of four patents, his work focuses on advanced methods and materials for producing high-quality brushes.

Latest Patents

One of Deziel's latest innovations is a brush manufacturing method that incorporates a unique laminate design. This brush features a handle end portion that is designed for manual engagement, alongside a head end portion with multiple rows of bristles. These bristles are adhered between adjacent plies of the laminate and project outwardly for effective use.

The manufacturing process utilizes oriented polymeric film, where portions are adhered to individual plies to create a laminate. Before the plies are laminated to form the final brush, these portions are separated into bristles. An innovative aspect of this method is the lamination process, which involves driving moisture out of pasteboard layers coated with a dried water-activatable adhesive. This is achieved through exposure to radio frequency energy that activates the adhesive, thus creating a durable laminate.

Career Highlights

Throughout his career, Edward W Deziel has worked with notable companies like Minnesota Mining and Manufacturing Company, contributing his expertise in product development and innovation. His inventive approach has led to the creation of patents that enhance not only the functionality of brushes but also the efficiency of their manufacturing processes.

Collaborations

Deziel has collaborated with talented colleagues such as John T Rueb and Mark D Sorlien, further enriching the creative environment in which he has worked. These collaborations have fostered the exchange of ideas, essential for pioneering advancements in brush technology.

Conclusion

Edward W Deziel stands out as a key figure in the innovation of brush manufacturing. His patents reveal a commitment to improving product design and manufacturing methodologies, ultimately contributing to the broader landscape of industrial innovation. With continuous advancements and collaborations, Deziel's work is poised to influence the future of brush production significantly.