LightPath Technologies (NASDAQ: LPTH) announces today that it has entered into a $1.1 million research & development contract with Raytheon Vision Systems (NYSE: RTN). The contract is for development of low cost manufacturing processes for infrared optics and is in support of Raytheon Vision Systems' $13.4 million Defense Advanced Research Projects Agency (DARPA), Low Cost Thermal Imaging Manufacturing (LCTI-M) program. The goal of LCTI-M is to develop a wafer scale manufacturing process that will result in a camera on a chip, making thermal imagers affordable, accessible, and ubiquitous to every warfighter.
"Applications of infrared and thermal imaging technology have grown explosively over the last ten years into various markets including industrial inspection, automotive vision and security. Cost is now a major barrier to further expansion into mission-critical defense and high-volume commercial applications. The lower-cost infrared optics that should result from our work on the LCTI project may not only enhance our warfighter's capabilities, but could open significant new market and application opportunities in thermal imaging for LightPath," said Jim Gaynor, President and CEO of LightPath. "This contract allows us to continue our work to develop even lower cost materials and processes for infrared optics which we believe will enable critical defense capabilities, and expanded commercial applications as well. With this technology, we are currently targeting multiple high growth markets and applications such as infrared countermeasures, thermography, gas sensing and commercial night vision systems and we are proud to partner with a global technology leader like Raytheon to develop new capabilities for these markets."
Related to the overall objective of the LCTI-M program, Charlie Cartwright, vice president of Raytheon Network Centric Systems' Advanced Programs, which includes Raytheon Vision Systems, adds "Making high-performance thermal imagers available to every vehicle, surveillance device and dismounted soldier will give them greater situational awareness in low light, adverse weather and obscured environments."
Source: LightPath Technologies
Date: Mar 15, 2012