![]() 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. Rohinni calls this technology LightPaper, and it can be printed and applied to near any surface, as CMO Nick Smoot recently told Fast Companys Tyler Hayes. To create LightPaper, Rohinni combines ink and small LED lights and prints them out in one single conductive layer, Smoot told Fast Company. 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. 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. Lightpaper is expected to hit the market in mid-2015 and will most likely only by used for industrial and commercial purposes.Account icon An icon in the shape of a person's head and shoulders. So, the company is working on a second version of Lightpaper, which will hopefully produce even light distribution. ![]() Some of the problems with their first version are that the LEDs are not evenly distributed on the printed surface, which can give off a starry night or shimmering effect. The Coeur dAlene, Idahobased company has created Lightpaper, which the. However, like most inventions, there are problems and Rohinni is working to iron out these wrinkles. As technology startup Rohinni has recently shown, its capacity can be extended. Where exactly can we expect to see Lightpaper? As of right now, the company is hoping to provide everything from headlights on a car to an illuminated logo on a mobile phone. It’s when the current runs through these diodes that the material lights up. Appropriately, they have named it Lightpaper. Throughout the material, tiny diodes that are the size of red blood cells are then dispersed. Rohinni has created a paper-thin LED light source that needs nothing more than an electrical current to light up. OLED surfaces Thanks to research from the University of. Through this process, lighting can be produced affordably and rapidly, offering consumers a better way to light specialized areas like headlights in the automotive industry.Īs of late, Lightpaper is manufactured by combining ink and tiny LEDs together, which are then printed on a conductive layer.įrom there, this layer is sandwiched between two additional layers and is then sealed. Plumbing-powered illumination Product manufacturers routinely attempt to make their. The Lightpaper that was invented by this company can be applied to pretty much any surface, anywhere. ![]() ![]() Shockingly enough, they do have some competition however, Rohinni’s invention is unlike the others, because the Lightpaper is razor thin, flexible and most importantly, 3D printable. Rohinni is working to 3D print with light, in order to prove that new innovation and flexibility for manufacturers exists. What happens when you pair light with 3D printing? The result is Lightpaper, which may one day help users print their own light. Lightpaper? Although that sounds like an odd concept, this idea might be more realistic than you would think, thanks to Rohinni, a United States-based company.
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