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Friday, 17 Nov 2017

Universal Display shows advances in flexible, plastic and transparent OLED Technologies

The Loop Lamp represents one of many concepts in the application of flexible OLED lighting solutions in home décor, architectural design, art and sculpture

29 Jun 2015 | Editor

Universal Display Corp. has unveiled new and elegant OLED white lighting design prototypes and technologies. These proof-of-concept panels and products, including the new Loop Lamp prototype, demonstrate how OLEDs offer flexibility, transparency, thinness and manufacturability on plastic for unbreakable displays and luminaires.

The Loop Lamp represents one of many concepts in the application of flexible OLED lighting solutions in home décor, architectural design, art and sculpture.

The Loop Lamp is comprised of paper-thin, flexible, shatter-proof OLED lighting 'ribbon' panels designed into a unique concept chandelier. It is cool to touch and offers a high colour rendering index (CRI) that can closely mimic natural sunlight.

Manufactured using Universal Display’s single layer encapsulation technology providing protection from the ingress of oxygen and moisture.

Universal Display - Loop Lamp

Figure: Universal Display - Loop Lamp

Steven V. Abramson, President and CEO, said, "As a company uniquely positioned at the forefront of the OLED industry, the Loop Lamp embodies a number of our core technologies and fully embraces new design freedoms associated with OLEDs to create thin, conformable, non-glaring illumination sources for the display and solid-state lighting markets."
Steven added, "We were excited to unveil these prototypes to showcase our innovative advancements in phosphorescent OLED (PHOLED) materials and device architectures, encapsulation, optical outcoupling, flexible and transparent designs and processes as well as to present the extraordinary characteristics of OLEDs. We look forward to continuing to drive down costs and increase OLED performance to enable a future filled with beautifully designed, energy-efficient forms of light."

www.udcoled.com   

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