FlexEnable https://validator.w3.org/feed/docs/rss2.html OLCD Applications ePaper Applications Tunable Lenses for AI and AR/VR Glasses Flexible OTFT Platform Flexible Liquid Crystal Optics Liquid crystal active optics help make AR glasses feel natural Home Careers Evaluation Samples and Demos TVAN Normally Clear Dimming Sample (80% – 35%) Normally Clear Dimming Sample (51% – 7%) Our Story Benefits of flexible LC cells and their applications SID Display Week 2026 All-day wearable smart glasses with switchable reading lenses EPIC Technology Meeting on Photonics for AR: the Tipping Point at EssilorLuxottica DKE starts producing E Ink displays on OTFT backplanes ICDT 2026 OTFT technology drives the new DKE FLEX platform for extremely flexible and rugged ePaper displays SID – Mid Europe Conference 2026 FLEX 2026 – Technology Summit Plastic liquid crystal dimming cells for biaxially curved AR glasses SID Bay Area Chapter Chuck Milligan Board of Directors Paul Cain Mike Banach Leadership FlexEnable wins 2025 Institute of Physics Business Innovation Award Colour-changing dimmers for smart glasses Augmented reality and smart glasses need variable dimming for all-day wearability SPIE AR VR MR 2026 Smart glasses are at an inflection point CES 2026 Wearing intelligence: The rise of AI-powered smart glasses The role of dimmers in all-day wearable AR glasses Key success factors for bringing a novel transistor technology into mass production FlexEnable receives prestigious 2025 Display Component of the Year Award from the Society of Information Display for its FlexiOM™ organic thin-film transistor materials What’s the Difference Between OTFT and Amorphous-Silicon Transistors? Tunable Lens Evaluation Sample Fast-Switching Normally Clear Dimmer (NW-TN) Normally Dark Dimming Evaluation Sample Beam Shaper Demo Advancing organic transistor materials for flexible displays and optics FlexEnable makes a historic breakthrough, bringing disruptive flexible display technology to mass market with customer shipments now underway Blog SID Webinar 3D forming of OTFT and liquid crystal films for displays and optics Display Week 2025 ICDT 2025