Imagine a thin, clear sticker you put on your phone or car screen that tricks your eyes into thinking the image is far away. This means people who usually need reading glasses can see the screen perfectly without putting them on. It's like bringing the distance of the horizon right onto your device's surface.
Over 1 billion people suffer from presbyopia, leading to productivity loss and safety risks when switching between reading glasses and the road or workplace. This creates a global financial burden of approximately €24.22B.
A flexible, transparent optical film under 0.5mm thick using Image Projection Micro Lens Arrays (IP-MLA) to project images at infinity.
If you are a vehicle manufacturer dealing with driver distraction and safety risks—this project developed a thin optical film that allows farsighted drivers to see navigation screens clearly without reading glasses. This enables drivers to keep their maximum focus on the road.
If you are a device manufacturer dealing with the needs of an aging population with presbyopia—this project developed an add-on optical film that corrects vision at the display level. This allows users to view screens sharply without external eyewear.
If you are a workplace provider dealing with lower productivity among visually impaired workers—this project developed a micro-lens array film that provides inclusive working conditions. Workers can now see digital displays clearly without the irritation of constantly removing glasses.
Based on available project data, the specific unit price is not mentioned, but it is positioned as an add-on film for frequently used displays.
The project describes the technology as a thin optical film (less than 0.5mm) intended for global distribution to revolutionize screen production.
The technology is based on a specific 'Image Projection MLA' (micro lens array) pattern, though specific patent numbers are not listed in the provided text.
It is a flexible, transparent foil applied directly to the display surface of the device.
The project period runs from 2023-01-01 to 2025-05-31.
The project is led by a single SME, PHONEOPTIKA LTD from Israel. With a 100% industry ratio and no university or research partners, the project is lean and focused on commercial application rather than academic exploration.
Contact PHONEOPTIKA LTD in Israel
Contact us to explore licensing opportunities for IP-MLA technology.
