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Laboratory Hyperspectral Imager

Product Overview
  • The NWH8000 Series Laboratory Hyperspectral Imager is a high-performance instrument specifically engineered for laboratory applications.
  • Its core dispersive spectral module is independently developed by Hangzhou Hyperspectral and supports a wide range of optional imaging sensors.
  • When paired with ultra-high-resolution cameras, it achieves the perfect balance of high spatial resolution and high spectral fidelity.
  • For enhanced precision, the system can be configured with our proprietary linear light source and specially designed darkroom enclosure, minimizing environmental interference during sample testing.
  • Combined with our unique spatio-temporal radiometric calibration technology, the NWH8000 Series delivers stable, standardized hyperspectral data ideally suited for advanced scientific analysis.
Application Fields

Forensic Science & Document Examination:

  • Evidence, seals, signatures, alterations, inks, printed materials, certificates, fingerprints.

Food & Agriculture:

  • Fruits, vegetables, meat, grains, tea leaves.

Material Sorting:

  • Tobacco, pharmaceuticals.

Authentication & Verification:

  • Cultural relic identification, gemstone and jewelry analysis.
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Categories: AGRICULTURE,PHARMACEUTICAL,TESTING LABORATORIES,UNIVERSITIES AND RESEARCH INSTITUTES

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Description

Key Features & Advantages
  • High-Performance Camera System-Equipped with large-aperture, high light-gathering optics, supporting advanced CMOS sensors and optional high-end CCD sensors.
  • Uniform Illumination - Wide, homogeneous line or beam light source matched to the camera field of view ensures full dataset coverage.
  • Precision Calibration-Supports both spectral and spatial calibration for enhanced measurement accuracy.
  • High-Resolution Hyperspectral Imaging-Captures detailed spatial images combined with rich spectral data for comprehensive multi-dimensional analysis
  • Rapid Scanning & Data Management-Enables fast acquisition of large datasets with convenient storage and processing.
  • Autofocus Function-Automatically adjusts focus based on sample thickness, ensuring consistently sharp images,
  • Real-Time Processing-Provides real-time collection, analysis, and storage of hyperspectral data.
  • Standardized, Stable Data - Generates calibrated hyperspectral datasets optimized for precise scientific research.
  • Adaptive Autofocus & Elevation Adjustment - Maintains clarity across varying sample thicknesses.
  • Time-Based Spectral Optimization-Automatically suggests acquisition times based on sample reflectance, improving spectral quality.
  • Software Compatibility - Fully compatible with third-party analysis software such as ENVI