Description

e GaiaField (Pro) portable hyperspectral system is an ultra-portable hyperspectral imaging instrument independently developed and designed by Shuangli Hepu with independent technical intellectual property rights (patent number: 2015105650509). The system covers visible light to short-wave infrared bands. The built-in processor can be controlled by mobile phones, iPads, laptops and other terminal devices to enable the system to perform real-time image acquisition scanning, real-time calibration, and real-time result output. On the basis of obtaining the target image information, it can also obtain spectral information of hundreds or even thousands of bands to achieve the "unification of images and spectra" of the target. 

The GaiaField (Pro) system is light and flexible, has excellent battery life, is intelligent, has complete data analysis and processing functions, and can monitor, calibrate, and output inversion results in real time. It is widely used in outdoor and laboratory applications. For example: military fields such as target detection and identification, camouflage and anti-camouflage, remote sensing of ground objects and water bodies (water quality monitoring), modern precision agriculture (plant phenotype monitoring) and other ecological environment monitoring fields, criminal investigation, cultural relics protection (authenticity identification), biomedicine (cell property classification and identification), plastic waste (classification and identification), industrial sorting of tobacco leaves (quality optimization), chemical gas combustion flame (composition determination and discrimination), geological ore analysis, oil and gas rock formation fluorescence analysis, biomedicine, material performance testing and other fields.

GaiaField Pro Hyperspectral Imaging Camera

Specifications

Number Of Channels: >4
Sensor Type: CCD
Wavelength Range: 400 – 1000 nm
Spectral Resolution: 3.5 nm
Numerical Aperture: F/2.8
Digital OutPut: 12 bit
Lens Connector: C-Mount
Dynamic Range: >66 dB
Light Transmission: >50 %
Pixel Size: 4.54×4.54 μm
CCD Pixels: 1936×1456

Got questions about specs? Use the inquiry form to ask.

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Features

  • Customizable selection of wavelength range of interest; 
  • Optional number of spectral channels; 
  • Setting of the number of spectral channels within any wavelength range can be achieved; 
  • The acquisition frame rate can be increased by setting the number of bands;
  • Each set of data can be stored independently, and one-click reflectivity calibration can be achieved through software; 
  • Individual and batch data processing can be achieved; 
  • Inversion results can be output in real time by inputting the corresponding model;

Note: The above functions only support visible-near infrared cameras;

Applications

 
 
Environmental: for example, to measure the water quality monitoring, or for atmospheric monitoring of the Marine environment.
   
Agricultural: while the initial investment can be a bit pricey, the utility of hyperspectral imaging in agriculture is by now well established. Hyperspectral remote sensing can be used to monitor the development and health of various crops. It can also be used to detect crop variety and give an early warning signal for disease outbreaks. Specialists are also looking into using these devices for detecting the chemical composition and nutritional content of plants.
  
Military: in military combat situations, hyperspectral imaging could provide a strategic advantage by easily detecting camouflage and enhancing the surveillance photography significantly.
  
Geological Research: in mineral exploration, this technique allows evaluating soil quality, as well as rapid mapping of nearly any mineral of commercial interest.
  
Medicine: Researchers across the globe have been working on the use of hyperspectral photography in diagnosing retinopathy and macular degeneration in early stages of disease development. In these experiments the camera detects a drop in retina oxygenation, which could indicate the onset of the ailment.

Frequently Asked Questions

What is GaiaField-Pro (GFP)?
GaiaField-Pro (GFP) is a Hyperspectral Imaging Camera that provides extremely high resolution images by scanning and taking multiple images to construct a hyperspectral datacube.
How does GaiaField-Pro work?
GaiaField-Pro obtains spatial slit spectra by projecting a strip of light from the scene onto a slit and dispersing the slit image with a prism or a grating. It collects spectral information from the imaged object rather than simply assigning discrete colors to each pixel.
Is GaiaField-Pro portable?
Yes, GaiaField-Pro is very portable. It can keep working for approximately 4 hours using the internal battery and can be connected to an iPad or phone through internal WiFi.
What are the key features of GaiaField-Pro?
GaiaField-Pro offers features such as auto exposure time, auto match scanning speed, auxiliary camera, data analysis functions, spectral imaging view and export functions, images stitching, and iPad and smartphone connectivity.
What are the applications of GaiaField-Pro?
GaiaField-Pro has applications in environmental monitoring, agriculture, military surveillance, geological research, and medicine. It can be used for water quality monitoring, crop health monitoring, mineral exploration, and diagnosing retinopathy and macular degeneration.

Got more questions? Use the inquiry form to ask the supplier directly.

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