HomeR&S Lab Soft and hard technologyWhole plant hyperspectral system

Whole plant hyperspectral system

PlantSpecTM10 is an ideal whole plant hyperspectral imaging system. Can perform hyperspectral scanning imaging on plants up to 4 feet (approximately 122 centimeters) tall; In addition, the camera can also scan plants from the side. Various imaging lenses can be provided based on the different perspectives of the scanned plants. The system is equipped with a large framework that can adapt to hyperspectral, RGB, or thermal cameras. An 80 inch driver for mobile hyperspectral cameras. The system is equipped with lighting, hyperspectral cameras, a white reference panel, a PC, and a frame.

PlantSpecTM10 uses two sets of linearly arranged halogen lamps, and the system's response is very uniform in the 400-2500nm wavelength range. It is an ideal system for VNIR or NIR spectral cameras. Each group of the lighting system has 13 easily replaceable 35W halogen lamps. Users can choose to turn on all the lights or only turn on half of the lights according to their needs (with each group's lights spaced apart).

Main features

Multi band range

PlantSpecTM10 supports two spectral cameras for imaging, including VNIR and NIR hyperspectral cameras, with a wavelength range of 400-1700nm.

Hyperspectral imaging capability

Single point spectroscopic measurement equipment can provide high-quality spectra, and this spectral information is crucial for understanding or solving laboratory problems. This can solve problems such as "what" and "how much". When observing the entire area of a sample or product, these techniques are difficult to use and cannot provide useful information for non-uniform objects. Users can obtain and quickly view images of the entire sample area through a hyperspectral imager to understand the data of the entire area. Hyperspectral images contain the full spectral information of each pixel in the image. This is very useful for identifying pure components, monitoring the uniformity of the entire sample, searching for pollutants, or quantitatively determining sample components.

White reference panel

The white reference panel is installed on the right side of the rack. Move the spectral camera to the appropriate position to capture the reference image. The height of the white reference panel can be adjusted up and down according to the height of the sample. If light shielding measurement is required, the shutter can be closed to provide a dark environment.

Main parameter

1. Camera type: VNIR 400-1000nm, NIR 900-1700nm;

2. Lighting system: Two sets of linearly arranged halogen lamps with power supply system;

3. Reference: White reference panel - installed on the right side of the camera,

The height of the white reference panel is adjustable;

4. Shield: providing a dark environment;

5. Computer: Passive cooling computer without fan, Win10 system, 1TB solid-state drive;

Mechanical equipment

6. Framework: Molded aluminum alloy;

7. Mobility: With lockable casters;

8. Specifications (inches): 110 (279 cm) in length, 86 (218 cm) in height, and 48 (122 cm) in width.

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Technical enquiries can be made at my email in the first instance or you can call the MAI Vision at the following number:

+86(21)6995 3520
gerry@mai-vision.com

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