Ledger Stax features a display radius of curvature never before achieved in an e-paper display product, made possible by the use of highly flexible organic thin-film-transistors (OTFTs), comprising organic materials and process IP developed, supplied and licensed by FlexEnable.
With fully qualified manufacturing now underway at DKE and Giantplus, FlexEnable's OTFT technology is the first and only organic transistor in mass production. Made of polymers instead of silicon, these OTFTs are manufactured directly onto plastic sheets instead of glass and are much thinner and lighter compared to today's glass displays. The manufacture of these flexible OTFT backplanes by Giantplus, a leading Taiwanese display maker, paves the way for a new generation of flexible displays and optical modules with form factors not imaginable until now, for applications including AR/VR optics, ePrivacy screens, automotive smart windows and Organic LCDs.
Chuck Milligan, CEO of FlexEnable, said: "We are proud to have collaborated with Ledger, whose innovative product design and dedication to bringing new technology to market have enabled us to achieve this breakthrough. We have been very impressed by our partners DKE, who developed a volume production capability to achieve the first ever 180-degree bend lamination of flexible ePaper displays, and Giantplus, the first fab to implement our unique transistor materials and patented low-temperature process technology into mass production.
The launch of Ledger Stax represents a significant milestone, for the displays industry, and the billon-dollar ePaper display market is just the beginning. As we ramp up production of FlexiOM materials to meet growing demand for Ledger Stax, the established supply chain is primed to support a range of future applications in AR/VR optics and beyond, to meet the volume needs of our brand partners."
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