It may even eliminate lighting fixtures, lamps, and light bulbs-we could simply lay strips of LED paper above our couches or on our ceilings to light up our rooms. Paper-thin lighting could someday replace (or enhance) fine art, television screens, window tinting, and logos on mobile devices. I have to admit, this whole thing is pretty darn cool-I mean, imagine what we could do with 3D light-paper printers at home! (Maybe we could build the coolest collection of paper airplanes ever, that’s what.)īut I digress. Another couple of LightPaper perks is that it is considered eco-friendly and that it will be cheap to manufacture. Secondly, it can be made into any shape desired by designers-much like regular paper, we can mold it into whatever we want. Within LightPaper, there are thousands of tiny diodes each one is nearly the size of a human red blood cell and lights up when a current is run through them.Ī paper-thin LED surface like LightPaper has many unique qualities. Heard of the new Oreo Thins? Well, think thinner. LightPaper is made with a mixture of ink and extremely small LEDs applied to a conductive surface and then sealed between two other thin layers. It is paper-thin and can be used to print a light-up version of, well, just about anything. Rohinni has invented an LED light product aptly named LightPaper. So what’s next? A startup company called Rohinni says, “We print light.” A Paper-Thin LED Light Even so, we’ve only begun to utilize the full capabilities of 3D printing. His views and conclusions are not necessarily those of ARCHITECT magazine nor of the American Institute of Architects.The range of applications for 3D printing are well known, as the technology is already used creatively in foods, metals, ceramics, and even organ transplant surgeries. "Right now we are printing the light, but we are going to be putting that back in the hands of the people."īlaine Brownell, AIA, is a regularly featured columnist whose stories appear on this website each week. What's more, the tools could one day be widely disseminated. "You will be able to design and print own light," Smoot said. Architecturally, the technology could be integrated into wallpaper, ceiling systems, tabletops, and most other surfaces. Given the long service life of LEDs and their relatively low heat generation, the company claims its inexpensively produced Lightpaper would disrupt the market for other illuminating surface technologies, such as OLEDs. "Anywhere there is a light, this could replace that,” he said. The company's chief marketing officer, Nick Smoot, told the Coeur d’Alene Press that luminaires could one day be designed with light-emitting shades, thus eliminating the need for typical lamps. Rohinni anticipates an expansive collection of applications for its captivating development that includes the construction, automotive, and mobile electronics markets. When a current is delivered to the substrate, the tiny diode particles illuminate the entire surface. The Coeur d'Alene, Idaho–based company has created Lightpaper, which the company claims is the thinnest LED light source yet. The flexible, planar light is created by printing an emulsion composed of LED particles suspended in ink onto a thin, conductive substrate. As technology startup Rohinni has recently shown, its capacity can be extended further, quite remarkably, to include light. Additive manufacturing has expanded as a fabrication technology to make use of a variety of substances, including metals, ceramics, food, and even organic tissue.
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