FlexEnable was spun-out of Cambridge University with a focus on replacing silicon on glass in large-area electronics with organic thin-film transistors (OTFTs) on flexible substrates, enabling optoelectronic modules which are flexible, ultra-thin, ultra-light and unbreakable. FlexEnable is bringing organic electronics technology to market in a fabless business model. It supplies OTFT materials, technology transfers, and process licenses to display manufacturers allowing them to upgrade and diversify using existing production assets and tap into exciting new markets. [1].
FlexEnable's maximum processing temperature for organic thin-film transistors is below 100 °C. This low temperature allows for the use of lower-cost plastic substrates enabling low cost, high yield mount and demount approach to handling flexible substrates [2].
FlexEnable also state [3] that their transistors are the most flexible – and can be bent to a radius of 0.25mm thousands of times without affecting performance.
Applications for FlexEnable’s technology include flexible Organic LCD displays (OLCD) for consumer electronics and automotive, and flexible biaxially formable active Liquid Crystal Cell (LC Optics) that actively modulate, steer and focus light for applications including AR/VR optics and smart glasses, automotive smart windows and switchable ePrivacy displays.
flexenable, technology, provider, that, develops, flexible, organic, electronics, technologies, otft, materials, branded, flexiom, company, located, cambridge, science, park, just, north, cambridge, city, centre, industryflexible, electronicsheadquarterscambri. FlexEnable is a technology provider that develops flexible organic electronics technologies and OTFT materials branded as FlexiOM The company is located on the Cambridge Science Park just north of Cambridge city centre FlexEnableIndustryFlexible electronicsHeadquartersCambridge United KingdomKey peopleChuck Milligan CEOWebsitewww wbr flexenable wbr com FlexEnable was spun out of Cambridge University with a focus on replacing silicon on glass in large area electronics with organic thin film transistors OTFTs on flexible substrates enabling optoelectronic modules which are flexible ultra thin ultra light and unbreakable FlexEnable is bringing organic electronics technology to market in a fabless business model It supplies OTFT materials technology transfers and process licenses to display manufacturers allowing them to upgrade and diversify using existing production assets and tap into exciting new markets 1 Contents 1 Technology 2 See also 3 External links 4 ReferencesTechnology editFlexEnable s maximum processing temperature for organic thin film transistors is below 100 C This low temperature allows for the use of lower cost plastic substrates enabling low cost high yield mount and demount approach to handling flexible substrates 2 FlexEnable also state 3 that their transistors are the most flexible and can be bent to a radius of 0 25mm thousands of times without affecting performance Applications for FlexEnable s technology include flexible Organic LCD displays OLCD for consumer electronics and automotive and flexible biaxially formable active Liquid Crystal Cell LC Optics that actively modulate steer and focus light for applications including AR VR optics and smart glasses automotive smart windows and switchable ePrivacy displays See also editElectronic paper Waveshare ElectronicsExternal links editFlexEnable Flexible Display References edit Retrieved from https en wikipedia org w index php title FlexEnable amp oldid 1186025156, wikipedia, wiki, book, books, library,
