The HG-hyperLab series hyperspectral imaging spectrometer delivers exceptionally stable hyperspectral imaging performance. Optimized for spectral resolution, spatial resolution, and automated data processing, it seamlessly accommodates the hyperspectral data measurement needs of various platforms across laboratory and field settings. It is widely used in scientific research and education, precision agriculture, fruit quality evaluation, material science, biomedicine, mineral analysis, as well as the classification and identification of traditional Chinese medicinal materials. This product series supports multiple wavelength measurement options—including 400nm-1000nm, 900nm-1700nm, 1000nm-2500nm, and 400nm-2500nm—and offers a wide range of optical lenses with different field of view (FOV) options. To suit varied operation conditions, the laboratory package features a professional motorized scanning gantry coupled with stable indoor illumination to satisfy demands ranging from broad-field surveying to micro-scale high spatial resolution mapping; meanwhile, the field package provides a portable scanning pan-tilt head and robust mobile power modules to reliably support outdoor, on-site field data capture. Built upon a flexible and expandable architecture, the HG-hyperLab system allows users to configure distinct spectral ranges, imaging modules, and measurement methods based on exact application requirements. This maximizing operational adaptability and ease of use without sacrificing standard-setting data consistency. With its fully integrated workflow from automated data acquisition to automated post-processing, the operation is rock-solid yet highly intuitive. Users can easily perform hyperspectral image acquisition, radiometric calibration, and analysis through standard operations, dramatically lowering the technical barrier to complex hyperspectral measurements.

Model	HG-hyperLab-V10	HG-hyperLab-N17	HG-hyperLab-S25	HG-hyperLab-VS25
Wavelength Range	400nm–1000nm	900nm–1700nm	1000nm–2500nm	400nm–2500nm
Field of View (FOV)	Multiple FOV lenses optional	Multiple FOV lenses optional	Multiple FOV lenses optional	Multiple FOV lenses optional
Scan Type	Push-broom Imaging	Push-broom Imaging	Push-broom Imaging	Push-broom Imaging
Spectral Resolution	≤2.0nm	≤5.0nm	≤7.0nm	≤2.0nm VNIR ≤7.0nm SWIR
Spectral Channels	400	160	300	680
Spatial Pixels	1800	640	640	1800/640
Spatial Resolution	50µm	0.3mm	0.5mm	0.5mm
Scanning Speed	100mm/s	100mm/s	100mm/s	100mm/s
Sample Scan Time	<5s	<5s	<5s	<5s
Dimensions (mm)	230×120×750	230×120×750	230×120×750	230×120×750

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