Kimberlee Thompson

Title: Kimberlee Thompson: A Trailblazer in Digital Transfer Printing Technologies

Introduction

Kimberlee Thompson, an innovative inventor hailing from Mt. Pleasant, SC, has made significant contributions in the field of digital transfer printing, holding a remarkable total of seven patents. Her inventions focus primarily on improving the quality and durability of printed images on various substrates, particularly textiles.

Latest Patents

Thompson's latest patents showcase her expertise and creativity in the printing industry. One notable invention, the Intermediate Transfer Recording Medium, describes a process where a color image is digitally printed onto an intermediate transfer medium before being transferred to a final substrate, like cotton. This method uses a unique bonding technique involving compounds with functional groups capable of reacting with active hydrogen, resulting in images that exhibit excellent fade and abrasion resistance.

Another significant patent is her Digital Transfer Printing Process. This method utilizes an ink layer containing dyes, pigments, or other colorants, allowing for effective bonding and crosslinking of the materials. The technology enables an image to be printed onto a substrate, where the reaction with the ink is carefully controlled to ensure that the colorant is permanently fixed when desired.

Career Highlights

Throughout her career, Kimberlee Thompson has worked with several notable companies, including Sawgrass Systems, Inc. Her work in these organizations has not only contributed to her own expertise but has also led to advancements in digital printing technologies that benefit various industries.

Collaborations

Thompson has collaborated with talented individuals such as Ming Xu and Barbara J. Wagner. These partnerships have further enriched her innovative work, resulting in cutting-edge technologies in her field.

Conclusion

Kimberlee Thompson’s dedication to advancing digital transfer printing technologies through her inventive patents demonstrates her impact on the industry. With her continued contributions, she paves the way for further innovations that enhance the quality and longevity of printed materials in various applications.