LWIR-62 Hyperspectral Imager
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LWIR-62 is a longwave infrared hyperspectral imager operating in the 9–11 µm band that captures full spectral data cubes at video rates for real-time thermal and material analysis.
Built on BD&E’s patented HyperPixel Array™ snapshot technology, LWIR-72 produces 17 × 13 spatial by 72 spectral data cubes at 60 cubes per second with no moving parts, eliminating scan time and motion artifacts. Featuring an LN₂-cooled MCT focal plane array for high sensitivity, it is optimized for standoff detection, chemical defense, environmental monitoring, medical imaging, and other advanced applications where precise thermal spectral information is critical.
Specifications:
Snap-Shot LWIR Hyperspectral Imaging: Captures full 9–11 µm hyperspectral data cubes in a single frame at 60 cubes per second, enabling real-time analysis of thermal and dynamic scenes without scanning.
Patented No-Moving-Parts Technology: Uses BD&E’s HyperPixel Array™ to generate spatial and spectral data instantly, eliminating motion artifacts and improving reliability.
High-Sensitivity Thermal Performance: Features an LN₂-cooled MCT detector with 72 spectral channels (~28 nm resolution) for precise material and chemical identification.
Built for Advanced Applications: Ideal for standoff detection, ATR, environmental monitoring, geologic mapping, medical imaging, and machine vision.
