LG Display has announced the world’s first ultra-thin stretchable display, which can be bent up to 20% of its original size and shape without damage. A 12-inch RGB screen with full color and a stated pixel density of 100 pixels per inch is used for this device.
The manufacturer says that the screens can endure "severe external impacts." Although the ultra-thin material resembles LG's earlier OLED-based flexible displays, the firm claims that micro-LED technology was used for this new stretchy version. Additionally, the stretchy screen is easy to adhere to curved surfaces, including skin, clothes, furniture, cars, and airplanes.
"Alongside its thin, lightweight design, the Stretchable display’s revolutionary technology offers next-level versatility for various daily scenarios," the company said in a press release. The display is "easily attachable to curved surfaces such as skin, clothing, furniture, automobiles and aircraft."
Ultra-Thin Stretchable Displays
LG’s Stretchable Displays Can Be Used for Various Purposes
Trend Themes
1. Ultra-thin Stretchable Displays - The use of micro-LED technology for bendable displays has the potential to revolutionize the device market.
2. Versatile Screens for Various Industries - The ability to adhere to various surfaces opens up potential applications in areas such as wearable tech and automotive design.
3. Resilient Displays Withstanding Severe External Impacts - The materials used to make these displays could be useful in creating protective equipment, including safety gear and military devices.
Industry Implications
1. Consumer Electronics - The ability to bend, stretch, and attach these screens to various surfaces is a major innovation for smartphone and wearable tech manufacturers.
2. Furniture and Interior Design - Stretchable screens could be integrated into furniture designs or wall surfaces to create immersive, interactive experiences in retail spaces, offices, and homes.
3. Automotive and Aerospace - The ability to create curved displays that are resilient to severe external impacts opens up opportunities in developing advanced control systems and features in automobiles and air or spacecraft.