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  1. e-Paper Displays. We sell, design and have manufactured a series of unique, flexible, glass-free electrophoretic displays (EPDs). We also sell a selection of glass based displays and fully integrated products.

  2. Plastic Logic Germany licenses technology from FlexEnable technology platform based on organic thin film transistors (OTFTs), enabling electronics to be manufactured on flexible or plastic sheets, to make flexible plastic EPD in a full range of sizes.

  3. Plastic Logic. World-renowned and industry-leading in the design and manufacture of truly flexible, glass-free electrophoretic displays (EPD). Employing a world-class team of experts in flexible electronics development and manufacturing.

  4. Being completely made of plastic, the displays are much more rugged than standard glass-based EPDs. They are also thinner and lighter per square inch than conventional EPDs and are inherently low-power, which is vital in today’s increasingly mobile world.

  5. Nov 22, 2018 · October 2018, Dresden, Germany – Plastic Logic, a pioneer in flexible plastic electrophoretic displays (EPD), has developed a new mass production-capable technology and manufacturing process in collaboration with the organic electronics specialists from BASF.

  6. Dec 3, 2020 · BILLERICA, Mass.– E Ink Holdings, the leading innovator of electronic ink technology, and Plastic Logic, a leader in the design and manufacture of flexible, glass-free electrophoretic displays (EPDs), are partnering to provide the world’s first flexible color displays based around E Ink’s Advanced Color ePaper (ACeP™) technology.

  7. At Plastic Logic, we are proud to be the acknowledged leader in the design and manufacture of flexible, glass-free electrophoretic displays (EPD). Our glass-free flexible Lectum® displays are lightweight and ultra-low-power.

  8. Aug 1, 2009 · Here we describe the fascinating story behind the development of a new type of electronic reader. The story of Plastic Logic started in the mid-1980s when Professor Sir Richard Friend – then a lecturer in the Department of Physics at the University of Cambridge – began to work on organic semiconductors [see Glossary below].