Company Filing History:
Years Active: 1978
Title: Innovations of Thomas R. Curro in Embossing Technology
Introduction
Thomas R. Curro, an inventive mind based in Green Bay, WI, has made significant contributions to embossing technology through his innovative patent. With a focus on enhancing the efficiency and quality of embossing processes, Curro has devised a unique apparatus that represents an important advancement in the field.
Latest Patents
Curro holds a patent for an "Embossing Apparatus Having Magnetic Roller and Flexible Embossing Plates." This innovative apparatus is designed to apply continuous embossing patterns to materials such as paper. The system incorporates rollers that grip webs of material between them, utilizing removable embossing plates attached to the rollers' surfaces. These plates, made from magnetically attracted material, are held securely against the rollers, allowing for easy removal and replacement when necessary. This feature is particularly useful for maintaining production efficiency or changing designs frequently.
Career Highlights
Thomas R. Curro's career is marked by his work at Magna-Graphics Corporation, where his contributions have been instrumental in developing enhanced embossing technologies. His patent showcases his ability to merge technical expertise with innovative thinking, establishing him as a noted inventor in his field.
Collaborations
Throughout his career, Curro has collaborated with esteemed colleagues such as Dale D. Leanna and Allen R. Jorgensen. These partnerships have played a significant role in fostering an innovative environment, enabling the advancement of cutting-edge technologies in embossing.
Conclusion
In summary, Thomas R. Curro's innovative patent for an embossing apparatus signifies a notable achievement in materials processing technology. His contributions enhance the efficiency and quality of embossing, underscoring his role as a significant figure in the innovation landscape. Curro's work exemplifies the spirit of invention, reflecting the ongoing evolution of manufacturing processes.