Imaging hyperspectral camera

Imaging hyperspectral cameratechnical principleAdopting a dispersive imaging method, utilizing a high diffraction efficiency transmission grating beam splitter module and a high-sensitivity surface array camera, combined with built-in scanning imaging and auxiliary camera technology, it does not require an external push scanning imaging mechanism and can be directly integrated with standard C-interface imaging lenses or microscopes to quickly capture spectral images, solving the problems of complex operation and difficult calibration of traditional hyperspectral cameras.

Imaging hyperspectral cameraspectral rangeThe spectral range is 400-1000nm, with a wavelength resolution better than 2.5nm and up to 1200 spectral channels, which can finely capture the spectral information of targets in the visible to near-infrared bands.

Imaging resolutionThe image resolution can reach 1920 × 1920, providing clear and detailed images, ensuring accurate correspondence between spectral information and image details, which is helpful for precise analysis of targets.

FeaturesIt has functions such as one click automatic exposure, automatic focusing, automatic scanning speed matching, automatic data collection and saving, and is easy to operate. Simultaneously equipped with data preview and correction functions, including radiometric correction, reflectance correction, region correction, lens calibration, uniformity calibration, etc., can effectively improve the accuracy and reliability of data. In addition, the lens is replaceable, allowing for the selection of suitable lenses according to different application needs, and comes with a built-in battery for easy use in different scenarios.

application fieldSuitable for multiple fields such as spectral analysis, material sorting, vegetable and fruit analysis, agricultural remote sensing, industrial testing, cultural heritage protection, etc. For example, in agricultural remote sensing, it can be used to monitor the growth status, pest and disease situation, and soil nutrients of crops; In industrial testing, it can detect surface defects, composition distribution, etc. of materials; In terms of cultural heritage protection, non-destructive identification of pigments in ancient cultural relics can be carried out.

performance advantageCompared to imported equipment, FS23 has significantly reduced costs through domestic research and development, and its performance parameters are superior to similar imported products, making it more cost-effective. Its imaging speed and spectral resolution surpass traditional imported models, providing users with higher quality products and services.