Creative lighting: the thinnest print LED light craft secret

With the LED's constant replacement of the previous generation of incandescent lamps gradually entering our lives, the shape of LED lights is quietly undergoing various changes. However, in addition to energy saving, the controllability of LEDs has brought about a revolution in human lighting – our demand for lighting will not change, but the future “lights” will exist in name only. Under this concept, perhaps in the future we will be in a room during the day. Seeing the walls and ceilings, when the night falls, a certain area of ​​the ceiling will light up. In the future, we will not go to the LED market to pick the favorite lamps, but go to the material market to choose the bright area you want. Today Xiaobian will lead everyone to understand a "light paper."

After the appearance of this ultra-thin luminaire, it was reported in many scientific magazines, which described it as a thin area of ​​light. The research and development company in Coeur d'Alene, Iowa, is using a promotional film to introduce their "light paper" - one of the world's thinnest LED lights, according to the company, it allows people to Apply it to almost any surface, in any shape, and in any case. Nick Smter, the company's marketing manager, said in the local media in Colenda, Iowa, that the best definition of "light paper" should be "using a patented process to print LEDs and ink on substrates." Mixture". Smter stressed that this product has great potential for application, and they are considering printing a luminaire that saves the bulb. “As long as there is a place for lighting, you can use this kind of thing instead.” He also said that people will eventually print their own design lights in the family. “Now we can print the light for everyone, but will eventually return this technology. In the hands of the people."

The use of this luminaire is bound to be diversified. This technology can illuminate the brand identity on the product, store light on the wall at home, or create a wearable wristband with flashing time and message notifications. The principle of this luminaire is: it is a mixture of LED and ink printed on the conductor layer. The conductor layer is sealed between the other two layers of material, like a sandwich. Ultra-micro diodes are only the size of red blood cells and are randomly dispersed on the material. When current flows through these diodes, it will be illuminated. The challenge for its R&D companies now is how to position the diodes reasonably and clearly so that uniform light is emitted.

It can be said that the structure of such an LED lamp is completely different from that of a conventional light bulb. It can be said that the LED lamp has a simple and strong structure. The beauty of this structure is that it can be designed in a versatile form that can be combined into many different shapes. How technology will illuminate our future, new discoveries tell us that we can be bolder.