NWH8000 Series Laboratory Hyperspectral Imager

Product Overview
The NWH8000 Series Laboratory Hyperspectral Imager is a specialized device custom-built for laboratory environments. The core spectrometer module is fully developed in-house by GaoPu Company and supports a variety of optional image sensor models. It is paired with an ultra-high-resolution camera, achieving the perfect combination of high spatial and spectral resolution.
In addition, the NWH8000 Series can be equipped with a self-developed linear light source and a customized darkroom, minimizing the impact of external environmental factors on sample detection. With its unique spatiotemporal radiation calibration function, it ensures the acquisition of stable and standardized hyperspectral data.

Application Fields and Case Studies

Forensic Document Inspection: Evidence, seals, signatures, alterations, inks, printed materials, identification documents, fingerprints, etc.

Food Applications: Fruits, vegetables, meat, grains, tea leaves.

Material Sorting: Tobacco, pharmaceuticals.

Authentication: Cultural relic identification, jewelry verification.

Key Features

Large-aperture hyperspectral camera.

① High cost-performance CMOS image sensor.

② Supports optional high-performance CCD image sensors.

Spatiotemporal radiation intensity calibration, significantly improving radiation calibration accuracy (time calibration + spatial calibration).

Integrated high-definition camera to improve spatial resolution, facilitating efficient data retrieval from large datasets.

Automatic scanning to complete data acquisition and storage.

Large uniform light source/linear light source, matching the field of view of the hyperspectral camera, providing full-spectrum illumination for data collection.

Optional custom darkroom to ensure stable and standardized hyperspectral data acquisition.

Assisted focus: Automatically adjusts the height of the hyperspectral camera to focus based on sample thickness, ensuring clear imaging.

Automatic integration time recommendation, recommending exposure time based on sample reflectance.

Hyperspectral data supports third-party software such as Envi.