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Date Announced: 26 Apr 2011
Rugged, smaller lenses with better thermal performance, offer up to 50% less weight.
ORLANDO, Fla., April 26, 2011 /PRNewswire/ -- Clear Align announces today its new line of Featherweight™ lenses and system components at the SPIE Defense, Security and Sensors (DSS) show, Booth 1017. Building on the technology used in Clear Align's INSPIRE™ line of high-performance, pre-engineered SWIR lenses, Featherweight™ offers performance, size, and weight improvements specifically for man-portable and Unmanned Arial Vehicles (UAV) applications.
"Our customers asked us for a rugged, lighter-weight SWIR capability for evolving infantry and airborne applications," said Dr. Michael Finlan, Vice President of Imaging. "Through a combination of improved optical designs, materials selection, and proprietary coating technology, we reduced weight over typical competitive lenses by 25-50%, while improving thermal performance and reducing over-all size."
The Clear Align Featherweight™ INSPIRE™ line is a series of pre-engineered, high-performance, SWIR lenses with F-numbers as low as 1.0. These cost-effective lenses have exceptional performance and are lighter weight than anything else in the market. The Modulation Transfer Function exceeds industry standards and enables the INSPIRE™ to provide exceptionally high resolution imaging for night vision, search and rescue, infrared tracking, and other applications across the 0.6 micrometer to 1.7 micrometer imaging band. The lightweight, robust, ruggedized mechanical design allows the lenses to withstand hostile environments, and is athermalized from -40 degrees to +75 degrees C.
"The introduction of the Featherweight™ product family furthers Clear Align's ongoing strategy of tackling industry problems and developing robust solutions that exceed customer expectations," said Angelique X. Irvin, President and CEO of Clear Align. "The technology can be applied to a variety of applications from SEIR lenses to scopes, cameras, and any application requiring reduced weight and thermal stability.
Source: Clear Align
E-mail: David.Huff@clearalign.com
Web Site: www.clearalign.com
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