The on-board FMC electronics enable integrators and original equipment manufacturers (OEM) to implement custom solutions for high-resolution mapping, tactical ISR, and wide-area surveillance.
The transmission diffraction grating and lens optics used in the spectrograph provide high quality, low distortion image that is designed to fulfill the most demanding specifications. With its high resolution, high image rate, flexible wavelength selection, and rugged structure, Spectral Camera PFD is an excellent tool for industrial measurements.
The Spectral Camera sCMOS consists of an ImSpector V10E, and a high-speed sCMOS area monochrome camera. It works as a pushbroom type line scan camera and provides full, contiguous spectral information for each pixel. The transmission diffraction grating and lens optics used in the spectrograph provide high quality, low distortion image that is designed to fulfill the most demanding specifications. The Spectral Camera sCMOS provides outstanding performance with extremely low noise (a few electrons) and a high signal-to-noise ratio. The spatial resolution of 2184 pixels, image rate up to 100 images/s and adjustable binning make it a tool that can meet the highest hyperspectral imaging requirements.
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Specim’s thermal sensor OWL covers the contiguous spectral range from 7.6 to 12.3 ?m in 96 channels and has the sensitivity to detect and classify even gases. The Specim OWL is a fast pushbroom hyperspectral system with a high-performance LWIR hyperspectral imager in the smallest achievable size. The cooling, so important to any proper LWIR sensor, is achieved through a stirling cycle cooler, greatly reducing complexity and achieving a sensor weight of only 13.1 kg. Thanks to its design and sensitivity, Specim OWL captures all its spectral bands for the whole 384 swath-width of pixels simultaneously, and sustain the 100 frames per second storage speed of the whole datacube continuously. As a result, high sensor or target dynamics are possible without degradation of image quality.
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In a single continuous image, FENIX spectral camera delivers the best hyperspectral data ever seen over VNIR, NIR, and SWIR wavelengths. FENIX offers extreme ruggedness and 75% reduction in size and weight compared to previous multi-sensor systems. The excellence in technical performance and physical size has been achieved through innovative and unique “single optics dual spectrograph” design.
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See below what our pilot customers have done with the device and how they are going to apply it in the future.
To assure indoor/outdoor usage in varying conditions it now has rugged weather-proof IP54 casing and temperature-stabilized optics but still uses less power than before, only 50W nominal. With its temperature stabilized optics, it provides the stability and sensitivity required in today’s most challenging near-infrared chemical imaging applications, from pharmaceutical quality assurance to food and agriculture analysis. The camera meets the highest requirements in the lab, industry, and field.
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Specim FX50 works in a line-scan mode and collects hyperspectral data in the Medium Wavelength Infrared (MWIR) region (2.7-5.3 ?m).
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Operating on the near-infrared region, it can reveal the targets’ chemical composition for analysis, or detect moisture or foreign objects in the target. For instance, Specim FX17 can be used to detect the sugar level on berries or potatoes or moisture percentage on baked goods, or to identify different plastic types for recycling.
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Specim FX10 cameras work in a line-scan mode in the visible and near-infrared (VNIR) area; Specim FX10 in the 400-1000 nm region, and the color optimized Specim FX10c camera in the 400-780 nm region.
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