News and Press Releases Archive

Dr. Justin Gaynor Joins EoPlex Technologies as Director Polymer Development

Redwood City, CA – May 11, 2006 - EoPlex Technologies, the advanced materials company that produces complex 3-D miniature structures by a new low cost "print-forming" technology, announced today that Dr. Justin Gaynor has joined the company as Director Polymer Development. Dr. Gaynor has more than 16 years of experience in materials science engineering.

Previously, he performed electrochemical development work for Novellus Development Corporation. Before that, he served as project leader and materials engineer for Novellus Systems Inc. Prior to his post with Novellus, Dr. Gaynor held positions in commercial development and academic research with Texas Instruments, Virginia Polytechnic Institute and State University and the University of Florida.

Dr. Gaynor was a Cunningham Doctoral Fellow and received his Ph.D. from Virginia Polytechnic Institute in Materials Science and Engineering. He earned an M.S. in Materials Science and Engineering from the University of Florida where he also completed his B.S. in Physics. Dr. Gaynor holds several patents and is published in numerous professional journals.


"We are pleased to welcome Justin Gaynor to our materials development team," said Arthur L. Chait, Chairman and CEO of EoPlex. "His arrival represents our continued success in attracting the best professionals and experts with deep experience in materials, manufacturing and production. We anticipate that his impact will only enhance our success and the success of our customers."

About EoPlex Technologies, Inc.
EoPlex Technologies Inc. is a Redwood City, CA company that produces miniature, complex electronic and structural components and systems through new technology that captures the speed and flexibility of printing and applies it to manufacturing. The EoPlex print forming process allows the manufacture of miniature 3-D systems with high precision and low cost at any volume of production. EoPlex can manufacture components and systems from a wide range of metallic, ceramic, glass and polymer materials. Complex shapes such as 3-D grids, interwoven circuits, assemblies containing multiple parts, and multiple material structures can be produced at the same time. The EoPlex process makes it cost effective to mass produce products that would be difficult or impossible to manufacture using conventional techniques. Identified market applications include: micro-reactors, fuel cells, energy harvesting devices, sensors, electronic components, and thermal management. The company is backed by Labrador Ventures, Draper Fischer Jurvetson, and Draper-Richards. For more information, visit http://www.eoplex.com or call 650.361.9070. Media contact, Janice Odell at 707.237.2738 or email at jan@fordodell.com.