Micro Hyperspectral Imaging System
Model No.: micro-hyperspectral-imaging-system-FS-20-FS-22-FS-23
China Micro Hyperspectral System Manufacturer www.spectrumgfa.com supplies Micro Hyperspectral Imaging System.
Key Specifications / Features
What is a micro hyperspectral?
Hyperspectral imaging is a spectral technique that collects hundreds of images at different wavelengths over a linear spatial region. The purpose of hyperspectral imaging is to collect the spectrum of each pixel in a sample to identify objects and processes.
Instrument features of Micro Hyperspectral Imaging System
✔ Combining the advantages of microscope and imaging spectrometer, hyperspectral data acquisition of microscopic images can be carried out at any time.
✔ The existing biological microscope, fluorescence microscope, stereomicroscope and metallographic microscope can be transformed, and the ordinary microscope can be transformed into hyperspectral microscope conveniently.
✔ Customers can customize the microscope model according to their needs.
✔ FigSpec ® The series imaging spectrometer is internally integrated with a visual camera and a hyperspectral camera. The visual camera can be used to quickly preview the sampled image, and the hyperspectral image data acquisition can be carried out after the image is determined to meet the requirements.
▎Hyperspectral imaging spectral camera (FS-20 / fs-22 / fs-23 can be selected) * 1
▎lens * 1
▎microscope (any manufacturer and model can be specified) * 1
▎PC application software * 1
Technical parameters of Micro Hyperspectral Imaging System
|Spectroscopic mode||Transmission grating light splitting||Transmission grating light splitting||Transmission grating light splitting|
|Dynamic range||12 bits||12 bits||12 bits|
|Imaging speed||＜15 seconds||＜15 seconds||＜5 seconds|
|Number of spectral channels||600||1200||1200|
|Stray light level||0.50%||0.50%||0.50%|
|Dimensions of sensor imaging surface||11.3*7.1mm||11.3*7.1mm||11.3*7.1mm|
|Standard lens focal length||25mm||25mm||25mm|
|Minimum working distance||100mm||100mm||100mm|
|Minimum exposure time||34us||34us||21us|
|Maximum exposure time||10s||10s||10s|
|Camera lens interface||C||C||C|
|Parts||USB3.0 Transmission line||USB3.0 Transmission line||USB3.0 Transmission line|
|Imaging function||ROI function||ROI function||ROI function|
|Can realize single regional ROI||Can realize single regional ROI||Can realize single regional ROI|
|Auxiliary imaging function||Auxiliary viewfinder||Auxiliary viewfinder||Auxiliary viewfinder|
|Monitoring the shooting area||Monitoring the shooting area||Monitoring the shooting area|
|Power supply mode||Built in battery power||Built in battery power||Built in battery power|
** Different focal length lenses can be customized
Application of Micro Hyperspectral Imaging System
Example 1: hyperspectral detection of gastric cancer
- Study on diagnostic method of atlas combined with gastric cancer
Example 2: virtual staining of pathological sections based on hyperspectral technology
Example 3: skin melanoma recognition based on micro hyperspectral imaging
- Micro hyperspectral image and labeling of melanoma
Example 4: Giant Panda hair spectrum to judge the age and health status of giant panda
- Micrographs and spectra of giant panda hair (400-1000nm)
Case videos of Micro Hyperspectral Imaging System
Micro hyperspectral imaging system Cases of Spectral Measurement of Human Blood Cells
Micro hyperspectral imaging system Examples of Spectral Measurement of Plant Cells