Corning® microHSI 410 Sensor
Description
This Slit-scan Hyperspectral Imager has a patented solid body optical system. The unique design, made from a single block of high index optical material offers an extremely robust construction, immune to alignment loss from shock and vibration. By filling the optical path with a high index material, the system has much greater through-put then conventional free space optical systems. Allowing for higher spectral detectivity than any competitive design on the market. (Immersion of the optical system increases the sensitivity by the square of the index of refraction.) Available as a stand alone sensor; with a scanning platen for laboratory use; and as a turn-key package for airborne reconnaissance, with software and built-in GPS/INS.
Corning® microHSI 410 Sensor
Specifications |
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| Imaging Mode: | Raman |
| Excitation Wavelength: | 900 nm |
| Spectral Range (Raman Imaging): | Custom |
| Spectral Range (PL, EL, DR Imaging): | 400 - 1000 nm |
| Spectral Resolution (Raman Imaging): | Custom |
| Spectral Resolution (PL, EL, DR Imaging): | Custom |
| Spatial Resolution: | Nanometer Range |
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United States
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Frequently Asked Questions
The Corning® microHSI™ 410 SHARK is optimized for precision agriculture, environmental terrain and vegetation assessment and management, and mineral exploration.
The Corning® microHSI 410 Sensor is a Slit-scan Hyperspectral Imager with a patented solid body optical system.
The Corning® microHSI™ 410 SHARK is an integrated, coherent hyperspectral imaging (HSI) sensor system designed specifically for integration with highly compact Unmanned Aerial Vehicles (UAVs).
The Corning® microHSI 410 Sensor has higher spectral detectivity than any competitive design on the market due to its high index material and immersion of the optical system.
The Corning® microHSI 410 Sensor is made from a single block of high index optical material, offering an extremely robust construction that is immune to alignment loss from shock and vibration.