Company Filing History:
1 out of 37 
1 out of 5 Years Active: 2005
Title: The Innovative Journey of Roger Leslie Brentnall
Introduction: Roger Leslie Brentnall, an inventive mind hailing from Macclesfield, GB, has made significant strides in the field of printing technology. With a focus on enhancing image quality and stability, his contributions to the industry have been encapsulated in a single, but impactful, patent.
Latest Patents: Brentnall’s sole patent describes an innovative printing process that revolutionizes the way images are produced on receiving media. The method involves printing onto a substrate that is coated with an ink-receiving layer made up of polymeric particles, which possess film-forming temperatures ranging from 60°C to 140°C. The process culminates in stabilizing the printed image through heating, ideally achieved by passing the print through a laminator. This technique not only enhances image quality but also produces a protective coating that offers scratch and rub resistance, even when exposed to moisture.
Career Highlights: Throughout his career, Roger Brentnall has made significant contributions while working at notable companies such as Ilford Imaging Switzerland GmbH and Ilford Imaging UK Limited. His expertise in inkjet printing and materials science has helped to push the boundaries of traditional printing processes, cementing his reputation as an inventor in this niche area.
Collaborations: Brentnall’s journey in innovation has been enriched by collaborations with talented individuals in the industry. Noteworthy coworkers include Jeffrey Ronald King and Karen Taylor, with whom he has shared insights and experiences that have further fueled his inventive spirit.
Conclusion: Roger Leslie Brentnall stands as a testament to the potential of innovation in the printing industry. His patent reflects a seamless blend of technology and creativity, aimed at improving the overall quality and durability of printed images. As the industry progresses, Brentnall's contributions will undoubtedly continue to influence future developments in printing technology.