11/6/2022 0 Comments Rohinni lightpaper![]() ![]() We'll probably start seeing LightPaper implemented in products sometime in 2015, according to Fast Company, but it's unclear exactly where we'll see it. Rohinnis team introduced LightPaper, the worlds thinnest backlight, made of mini LEDs over seven years ago now. #ROHINNI LIGHTPAPER INSTALL#And a car: With technology as thin as LightPaper, you'd ideally be able to install lighting directly into your bedroom wall as shown below. Here's how it could look on a smartphone. One of the most obvious use cases, according to Rohinni's website, is illuminating logos on products. But based on what Hayes told Fast Company and the demos shown on Rohinni's website, it seems like the company is more interested in using LightPaper as a new means of backlighting for gadgets and everyday objects. ![]() Rohinni's LightPaper is much thinner than current lighting technology such as OLED, which is used to power most super-slim TVs like the ones made by Samsung and LG. When current runs through the tiny diodes (about the size of a blood cell), they light up. Lightpaper mixes ink and tiny LEDs and then prints them on a conductive layer, which is positioned between two other layers and sealed. ![]() To create LightPaper, Rohinni combines ink and small LED lights and prints them out in one single conductive layer, Smoot told Fast Company. wall decals and art Gel Pens For Office School Students office stationery online sale Rohinnis Lightpaper Is. Idaho-based Rohinni is aiming to reinvent ultrathin LED lighting with its Lightpaper technology, which essentially prints lighting and applies it to almost any surface. Rohinni calls this technology LightPaper, and it can be printed and applied to near any surface, as CMO Nick Smoot recently told Fast Company's Tyler Hayes. LightPaper takes the guts of LED lighting, mixes it with ink, and prints out the results on a substrate. That's exactly the type of technology Idaho-based startup Rohinni is working on, and it looks like it has the potential to change how all types of gadgets are made - from smartphones to cars, wearable devices, and of course, the traditional lamp. Imagine if light could be emitted by flat, razor-thin surfaces like paper, instead of round, circular bulbs. ![]()
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