Global and pixelated active dimmers on plastic for all-day wearable AI and AR glasses

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Ultra-thin tunable lenses for active focus control in AI and AR glasses

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The world's first mass-produced organic transistors for ultra-rugged, flexible ePaper displays

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From prototyping to production

We develop ultra-thin and lightweight active liquid crystal optics and organic transistor technologies on plastic, with applications for flexible optics in AI and AR glasses, as well as flexible displays. From your first prototype to high-volume manufacturing, we provide a low-risk, fully supported route to market.

World leaders in flexible electronics

Behind FlexEnable’s award-winning technology is a team of passionate, world-class flexible electronics engineers. Together, they bring decades of combined engineering experience to a core technology platform backed by an IP portfolio of around 450 patents and patent applications globally for organic thin-film transistors and liquid crystal.

Latest industry insights

14 July 2026

Liquid crystal active optics help make AR glasses feel natural

Several liquid crystal optics technologies can be used to improve the user comfort and experience when wearing AR glasses. These include pixelated dimmers, tunable lenses and switchable half-wave plates.

14 April 2026

All-day wearable smart glasses with switchable reading lenses

Tunable liquid crystal lens technology can be integrated into smart glasses enabling users to switch between a reading glasses power and normal lens with optical prescription (or no prescription).

9 March 2026

OTFT technology drives the new DKE FLEX platform for extremely flexible and rugged ePaper displays

The DKE FLEX platform – driven by FlexEnable's FlexiOM™ OTFT materials and backplane technology – marks a major milestone in flexible ePaper display innovation.