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Edmund Optics Lands $2.32 Million Defense Order to Boost Night-Vision Techniques
Edmund Optics (Barrington, N.J.), a leading producer of high-quality precision optics for military and industrial applications, has been awarded $2.32 million in federal funding to improve manufacturing technology for infrared (IR) aspheric optics.áThe new Army funding will be used to help achieve superior contrast and clarity on the battlefield during extremely low light and environmentally challenged viewing situations, allowing both foot soldiers and defensive weapons guidance systems to effectively "see in the dark."
The funding, part of the U.S. Army's RDT&E, Weapons and Advanced Technology Program, recognizes that future night vision technology requires a blend of both near- and far-infrared channels that are fused into a digitally stabilized image, at significantly reduced costs compared to what is currently available today.áThe work will be conducted under Edmund Optics' Precision Molding and Manufacturing Technology for Infrared Aspheric Molding proposal.
Infrared imaging technology is the only viable solution that can help both human soldiers and precision guidance systems to effectively see in total darkness and extremely dense fog and smoke. When integrated into such tools as night vision goggles and precision munitions guidance systems, they make possible new capabilities that enable our soldiers on the ground to detect and identify threats, and then engage and defeat the enemy at safe distances.
"We are thrilled to be awarded this opportunity to advance aspheric manufacturing techniques in support of the U.S. armed forces," said Joseph Tipps, general manager of Edmund Optics Pennsburg. "We are grateful to the many senators and congressmen, as well as the President, for supporting Edmund Optics Pennsburg, and are pleased to be able to offer high-technology manufacturing positions here in the United States." According to EO technical experts, a new breed of optical designs that will further improve night vision capabilities are expected to result from the introduction of new IR materials designed and custom engineered for superior performance at specific wavelengths. Under the new contract, EO will explore optical design matrices using newly developed IR materials as part of its precision aspheric glass molding manufacturing technology.
"Successfully molding precision glass aspheres will dramatically reduce costs and keep the manufacture of these critical defense articles in the United States," said Dr. David Knapp, principal optical engineer of Raytheon's MANTIS Program, a defense initiative that has made possible helmet-mounted night vision systems that make it possible for U.S. soldiers to see in the dark. "Aspheric optics are highly desirable because they make possible lighter weight, higher performance optical systems required by the next generation of night vision goggles, tracking and surveillance, and fire control systems" needed in today's battlefield environment. The new funding was contained in the Fiscal Year 2009 Continuing Resolution (HR 2638).
"With no viable domestic cost-effective techniques available for high-precision IR aspheres, support for this DoD effort is both apparent and strongly justified," said Dr. Robert Dillon, chief science advisor at BenÚt Laboratories, the Army's principal government research laboratory for large-caliber munitions systems.