Corning has announced a new Gorilla Glass product. This time, it’s what the company calls “3D-shaped.”
It’s not clear exactly how that works or what exactly it means. It just means that it can be shaped in a 3D form. This may be part of what will be so important with the rumored iWatch.
If reports are correct, the iWatch is designed to fit nicely around the wrist. It may have a nice curve to it that will feel nice and look pleasing to the wearer.
Here is the press release:
Corning and GTOC Announce Manufacturing Readiness for 3D-Shaped Gorilla® Glass
Vertically integrated operations in Taiwan
CORNING, N.Y., January 03, 2014 – Corning Incorporated (NYSE: GLW) today announced the manufacturing readiness of a novel 3D glass-forming technology to shape Corning® Gorilla® Glass. Corning is targeting commercialization of finished 3D-shaped Gorilla Glass parts in 2014 and is working with G-Tech Optoelectronics Corp. (GTOC) to establish a vertically integrated operation in Taiwan.
Product design continues to drive the consumer electronics industry. More than half of the top 10 smartphone manufacturers already market devices that incorporate cover glass with subtle curves, and the demand for even more-dramatic form factors is increasing. Corning’s 3D-forming technology meets this demand and expands the design possibilities for industrial designers.
The relationship with GTOC allows Corning to provide a “one-roof” solution. “We can now take Gorilla Glass all the way from flat sheet to a finished 3D-shaped product in Asia, expediting turnaround times and minimizing logistical complexity,” said James R. Steiner, senior vice president and general manager, Corning Specialty Materials. “That’s a win for Corning and our customers.”
Corning’s 3D-forming technology can achieve precise tolerances and high throughput on a platform that is more economical than alternative two-mold forming methods. This technology uses Gorilla Glass of uniform thickness, assisting designers to introduce thinner and lighter devices and leverage the emergence of conformable displays for mobile and wearable applications.