The LG Plastic E-Paper Display will make reading books electronically a little bit more organic and a lot more drop-proof.
The six-inch XGA resolution screen is only 0.027 inches thick and weighs a mere 0.49 ounces. To put that into perspective -- that's half the weight and 2/3 the thickness of traditional glass screens.
Intended to eventually replace traditional glass display screens for ebook readers, the ultra flexible display can bend as much as 40 degrees from the center, according to LG. It has also been tested to withstand repeated beatings from a urethane hammer and multiple drops from a height of about five feet.
It is allegedly the first plastic screen of its kind in production and will be available for purchase in Europe this month.
The LG Plastic E-Paper Display closely mimics the look and feel of reading a traditional newspaper or novel and will be a saving grace for clumsy digital readers with butterfingers.
Bendable E-Book Readers
The LG Plastic E-Paper Display Makes Digital Novels More Drop-Proof
Trend Themes
1. Flexible E-paper Displays - The LG Plastic E-Paper Display showcases the potential for flexible and durable e-paper displays in the market.
2. Drop-proof Technology - The use of drop-proof materials and engineering in e-book readers presents an opportunity to improve the durability of electronic devices.
3. Enhanced User Experience - The LG Plastic E-Paper Display mimics the look and feel of traditional print media, paving the way for a more immersive digital reading experience.
Industry Implications
1. Consumer Electronics - The consumer electronics industry can explore the production and integration of flexible e-paper displays to enhance device functionality.
2. Publishing and Media - The publishing and media industry can leverage drop-proof technology to develop more robust and resilient digital reading platforms.
3. Product Design and Manufacturing - Product design and manufacturing companies have an opportunity to incorporate the design principles of the LG Plastic E-Paper Display to create more durable and user-friendly electronic devices.