Short-wave infrared hyperspectral camera

It is mainly composed of a tunable MEMS-FPI and a short-wave infrared senseor, with a detectable band range of 950nm-1650nm. The camera is small, simple, the band value are continuously tunable, and the number of bands can be cut according to the requirements to increase the acquisition efficiency of hyperspectral data acquisition.

Get a solution

Product advantages

World leader

can measure the spectrum of each pixel while imaging and output hyperspectral images.
Accurate detection

the substances in many scenes are uneven and contain multiple components. The material composition content of each pixel is analyzed respectively, and the spatial distribution can be output.
Large visual area

wide field of view

Specification

Product model
Sensor	uncooled InGaAs
Imaging modalities	The MEMS wavelength scanning Eq
Spectral range (nm)	900 ~ 1700
Spectral bands	Inpless adjustment, custom settings
Wavelength setting accuracy (nm)	0.1
Central wavelength Accuracy (nm)	± 3
Full width at half maxima (typical, nm)	30
Field of View (°)	30
Operating distance (mm)	250 ~ ∞

Pixel resolution	≥ 400 * 400
Exposure time (ms)	0.1 ~ 1,000
Shooting time	5s @10 wavelength points, with 50ms exposure time
Preview mode	Custom wavelength, real-time preview
Preview frame rate (frame / s)	25
Dimensions (mm)	90 * 55 * 55
Wavelength switching rate(ms)	≤ 2
Weight (g)	≤ 250
Data interfaces	Ethernet/ USB 2.0
Data accuracy	14 bit

Application Scenario

Industrial sorting

Non-destructive, non-contact, wide imaging range, millisecond level real-time online detection.

Water content imaging monitoring

Real-time and online monitoring of the moisture content of agricultural and sideline products in the production process, and optimize product quality control.

Food and Drug Testing

Food quality testing, pharmaceutical composition testing, etc.