The imaging hyperspectral camera adopts a high diffraction efficiency transmission grating beam splitter module, coupled with a high-sensitivity surface array camera, combined with built-in scanning imaging and auxiliary camera technology. To solve the problems of traditional hyperspectral cameras requiring external push scan imaging mechanisms and complex focusing, it can be directly integrated with standard C-interface imaging lenses or microscopes to quickly capture spectral images.
Adopting high diffraction efficiencyTransmitting grating spectral moduleEquipped with a high-sensitivity surface array camera, combined with built-in scanning imaging and auxiliary camera technology. To solve the problems of traditional hyperspectral cameras requiring external push scan imaging mechanisms and complex focusing, it can be directly integrated with standard C-interface imaging lenses or microscopes to quickly capture spectral images.
spectral rangeCovering the 900-1700nm short wave near-infrared band, this band is suitable for scenarios such as component recognition and substance identification. For example, in agricultural product testing, it can capture spectral information of internal components in fruits.
wavelength resolutionBetter than 8nm, it can finely distinguish the spectral differences of different wavelengths, helping to accurately analyze the spectral characteristics of samples.
Number of spectral channelsUp to 254 channels can be obtained, and a rich number of channels can provide more comprehensive spectral information for the sample, providing sufficient basis for subsequent data analysis.
image resolutionThere are differences mentioned in different materials, and some displays can reach 3200 * 3200. High resolution ensures clear imaging and facilitates observation of sample details.
Widely used in multiple fields:
industrial inspectionFor industries such as coatings, plastics, inks, etc., testing the consistency of product color, texture, and composition, such as identifying the pigment composition and distribution in coatings.
Analysis of agricultural productsUsed for variety identification and quality testing of fruits, vegetables, eggs, etc. (such as internal composition and maturity), such as detecting anthocyanin content in grape skins, and also suitable for bamboo variety identification.
cultural relics preservationAssist in investigating the diseases of calligraphy and painting cultural relics, identifying the composition of pigments, enhancing the textual information of seals, and discovering traces of alterations.
Imaging hyperspectral cameramachine visionProvide spectral and image information support for material sorting, defect detection, etc. in automated production.
Taking the Color Spectrum FS20 series as an example, FS25 has differences in some parameters: the image resolution of FS25 can reach 32003200 (FS20 is 1920)1920 ）； Dynamic range FS25 is ± 5 seconds (FS20 is ± 15 seconds); The optical channel FS25 is 1200 (FS20 is 600); The sensor FS25 uses InGaAs, while FS20 uses CMOS, which makes FS25 more advantageous in high-resolution and specific spectral fine analysis scenarios.
