UniPixel to Present at Needham Annual Growth Conference on January 14, 2015

THE WOODLANDS, TX--(Marketwired - Dec 18, 2014) - UniPixel, Inc. (NASDAQ: UNXL), a provider of Performance Engineered Films™ to the touch screen, flexible printed electronics, lighting and display markets, has been invited to present at the Needham Annual Growth Conference being held on January 11-15, 2015 at the New York Palace Hotel in NYC.

UniPixel President and CEO Jeff Hawthorne is scheduled to present on Wednesday, January 14, 2015 at 12:45 p.m. Eastern time, with one-on-one meetings held throughout the day. He will discuss UniPixel's revolutionary InTouch Sensors™ for mobile and all-in-one devices the company is developing in partnership with Kodak, and which is on track for commercial roll-out in 2015.

The presentation will be webcast live and available for replay at http://wsw.com/webcast/needham69/unxl  and the UniPixel website at www.unipixel.com.

For more information about the conference or to schedule a one-on-one meeting with UniPixel management, please contact your Needham representative or visit www.needhamco.com.

About InTouch Sensors
Based on advanced metal-mesh technology, InTouch Sensors offer unique functional advantages over traditional ITO-based sensors, including greater touch sensitivity, speed and distinction, better durability, flexibility and noise immunity, and extensibility to a greater variety of sizes and form factors. InTouch Sensors use copper rather than indium tin oxide (ITO), a rare-earth element used by other touchscreens which is brittle, scarce and expensive. UniPixel produces InTouch Sensors using its proprietary Copperhead™ additive, roll-to-roll manufacturing process for printing patterns and fine-line conductive elements on thin film.

As an additive process for touch sensor production, Copperhead promises numerous advantages over subtractive ITO-based manufacturing, including lower cost due to less process waste, fewer mastering costs by design and a more simplified supply chain. The Copperhead process can produce electronic conductive films for a variety of other applications, including gesture sensors, EMI/RFI Shielding, antennas and capacitive switches, or any application that requires high-fidelity replication of advanced micro-optic structures and surface characteristics over small or large areas.