Royole to Bring Game-Changing Flexible Electronics Technology to CES 2018

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Offering Advanced Performance, Functionality, and Design, Company’s Array of Flexible Display and Flexible Sensor Products Showcase Their Vision for a Flexible World

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Royole's world’s thinnest full-color AMOLED flexible display has a thickness of 0.01mm (0.00039 inches, approximately 1/5 the thickness of a human hair) and a bending radius of 1mm.

Royole Corporation, a leading innovator and manufacturer of next-generation human-machine interface technologies and products, will be showcasing a variety of items at CES® 2018 based on its unique and patented flexible display and flexible sensor technologies. The items include products for Office & Education, Smart Transportation, Smart Home, Sports & Fashion, Architectural Design, and Consumer Electronics, categories which the company has been focusing its flexible research and development efforts. Royole is highlighting their extensive capabilities with flexible technologies while also demonstrating a variety of applications to deliver on the company’s mission of improving the way people interact with and perceive their world.

See Royole at CES in South Hall 1 of the Las Vegas Convention Center, booth 21212.

“We challenge ourselves every day to look at our surroundings and imagine how many products and daily activities we can enhance or develop through our flexible display and flexible sensor technologies,” Dr. Bill Liu, Royole founder and CEO commented. “Each of the technologies we are showcasing at CES 2018 can be applied to a variety of shapes, surfaces, and materials that exist in the human environment.”

Over the past five years Royole has developed patented flexible electronics technologies in two key areas:

  • Flexible Displays: Offer many advantages over conventional display technology: world’s thinnest (0.01mm), light weight, bendable (bending radius of 1mm), portable, shatter-proof, unbreakable, and low energy to name a few. Royole’s flexible displays have profound implications for next-generation electronics by enabling innovative new form factors and applications.
  • Flexible Sensors: Royole’s flexible sensor technology can be adapted for unique flexible sensor applications as well as conventional touch panels, and may be readily integrated with flexible displays. Advantages over traditional sensors include higher performance, shorter production cycle, large-volume production capabilities, and lower costs.

A variety of Royole products, each based on the company’s flexible electronics technologies, will be available for hands-on viewing at CES 2018 to demonstrate both new use cases as well as how many everyday products can be improved in performance and design.

About Royole Corporation
Founded by Stanford engineering graduates in 2012, Royole's mission is to improve the way people interact with and perceive their world. The company creates and manufactures next-generation human-machine interface technologies and products including advanced flexible displays, flexible sensors, and smart devices. Technology milestones include the world's thinnest full-color AMOLED flexible display and flexible sensors (2014), the world's first foldable 3D mobile theater (2015), and the world's first curved car dashboard based on flexible electronics (2016).

Royole has received numerous global awards for its technology innovations and fast growth. Holding over 1500 IPs, it provides IP licenses, services, and, mass production and solutions for flexible electronics applications with its novel “Flexible+” platform. Royole, backed by leaders in global finance, has built a new 1.1-million-square-foot flexible display production campus in Shenzhen, China with a total investment of USD $1.7B. Royole has offices in Fremont, CA, Hong Kong, and Shenzhen, China. For more information, please visit:

PR Contact:
Andrew Wille
(714) 891-3660/(847) 917-3174

All products/services and trademarks mentioned in this release are the properties of their respective companies.
©2017 Royole Corp. All rights reserved.

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Andrew Wille
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