The Hypervision 1700 is our state of the art hyperspectral camera that covers the spectral range from 430 to 1700nm with hardware and speeds optimized for industrial applications.
The Hypervision 1700 is our state of the art hyperspectral camera that covers the spectral range from 430 to 1700nm with hardware and speeds optimized for industrial applications.
Our Hypervision 1700 camera is designed for industrial and laboratory settings, covering machine builders, vision integrators and research institutes. By utilizing the IMX990 sensor our Hypervision 1700 pushbroom hyperspectral VIS/SWIR camera covers the spectral range from 430-1700nm, with a singular camera unit. The inclusion of the short-wave infrared range allows the camera to better differentiate the chemical composition of objects, which makes it suitable to, for example, plastic sorting.
Qtechnology’s hyperspectral cameras provide a flexible solution. With our exclusive push-broom technology, we offer high-speed performance for the machine vision industry.
The camera platform is designed to be compatible with most commonly used vision software (Read more on our EXTRANET)
Applications for the Hypervision 1700 covers:
For the Hypervision 1700, the range is divided up to 900 spectral bands (1.41 nm/px spectral resolution) with a maximum framerate of 153 with all 900 spectral bands.
The framerate is directly proportional to the number of bands (sensor lines) and therefore it can be greatly increased by reducing the amount of selected wavelengths. Up to 8 vertical regions of interest (ROI) can be configured in order to reduce the amount of selected wavelengths.
Hypervision 1700 |
|
|---|---|
| Wavelength range | 430-1700 nm |
| Spectral bands | 900 |
| Rayleigh resolution (w. 10um slit) |
3.9 nm |
| Spectral resolution | 1.41 nm/px |
| Spatial resolution | 1280 px |
| Pixel size | 5 um |
| Maximum framerate* | 153 fps |
Contact us to learn about more how our hyperspectral imaging solutions can help solve your needs.
With the use of our Hypervision system it is possible to distinguish between different types of plastics.
On the image the Hypervision effectively recognizes Polypropylen (PP) and Polyethylen (PE), which would be impossible on a RGB camera
Multi and hyperspectral imaging allows the detection of object features which are normally invisible to the naked eye and to traditional (RGB) cameras. These features are generally related to the chemical composition of the objects (or areas of the objects).
For example detecting bruises under the skin of fruits and vegetables, measuring water content or stress level of crops, determining plastic types, etc.
Talk to a product engineer to find the solution for your vision challenges.
Emdrupvej 28A, 2nd floor, DK-2100, Copenhagen – CVR: 30575679
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