Jeffrey M Robacki

Title: Innovations by Inventor Jeffrey M. Robacki

Introduction: Jeffrey M. Robacki, based in Freeland, MI, is recognized for his contributions to the field of multilayer film technologies. With a focus on developing innovative structures, Robacki has secured two patents that demonstrate his expertise in the creation of advanced materials.

Latest Patents: Among his notable inventions, one of Robacki's latest patents is centered on multilayer structures featuring annular profiles. This patent details an innovative approach for creating multilayer film structures with uniform thickness and a minimum of four layers, which include overlapped and non-overlapped circumferential areas. The invention outlines a method for forming these structures by providing a multilayer flow stream of thermoplastic resinous materials, feeding it to a distribution manifold of an annular die, and successfully extruding the multilayer flow stream. Additionally, the apparatus described includes a feedblock that can provide at least four layers to the die, further enhancing the manufacturing process.

Career Highlights: Robacki is currently affiliated with Dow Global Technologies LLC, where he applies his inventive mind to real-world applications. His work has contributed to advancing the efficiency and capabilities of multilayer film structures, positioning him as a significant player in his field.

Collaborations: Throughout his career, Robacki has collaborated with professionals such as Joseph Dooley and Mark Alan Barger. These partnerships have facilitated knowledge exchange and innovation, strengthening the development of multilayer technologies.

Conclusion: Jeffrey M. Robacki's innovative patents related to multilayer film structures illustrate his commitment to advancing material technology. By harnessing the power of multilayer design and efficient manufacturing processes, Robacki continues to make noteworthy contributions to the industry, exemplifying the role of inventors in pushing the boundaries of technology.