Hyperspectral Line-Scanner

Senses the 900-1700nm spectral range with a spectral resolution of 636 pixels and a 2.0nm wavelength resolution.

Opsyne builds and sells OEM hyperspectral imaging technology that can be integrated into complete industrial automation solutions.

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The highly sensitive Opsyne SWIR-1700 line-scan hyperspectral imaging sensor is optimised for detailed analysis of material, where the spectral resolution is paramount.
Originally designed to meet the exacting demands of world-leading research institutions, our proprietary state-of-the-art design is ideally suited to applications that cannot afford false positives or false negatives.
The short wavelengths in the 900-1700nm range are ideal for detecting small complex molecules in food, medicine and geoscience.

Imaging and Optical Specifications	Parameters
Spectral Range	900-1700 nm
Band Size	800nm
Entrance slit width	25 µm
Dispersion/pixel	1.25 nm/pixel
Wavelength Resolution FWHM	2.0 nm
Spatial Resolution	510 pixels
Spectral Resolution	636 pixels
Image Frequency	50 fps
Connection
Control	GigE
Data	GigE
Power	12V
Sensor
Type	InGaAs
Size	16x12.8mm
Resolution	640 x 512 pixels
Bit Depth	16 bit
Pixel Size	25 µm
Lens
F-number	1.4
View Angle	63°
Focal Length	8 mm
Focus	manual
Physical Data
Weight	5 kg
Camera size (L × W × H)	390 × 108 × 265 mm
Operating Conditions
Temperature	10° to 40°C
Humidity	20 to 80% (no condensation)

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Senses the 350-900nm spectral range with 1920 spectral channels at 0.28nm spectral sampling and a dynamic range of 67 dB.

Senses the 400-900nm spectral range with 1384 spectral channels at 0.36nm spectral sampling and a dynamic range of 68 dB.

Senses the 900-1700nm spectral range with a spectral resolution of 636 pixels and a 2.0nm wavelength resolution.

Senses the 1000-2200nm spectral range with a spectral resolution of 320 pixels and a 4.0nm wavelength resolution.