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  11. Hinalea VNIR ULTRA

Hinalea VNIR Ultra Hyperspectral Imaging System

Hyperspectral imaging for laboratory research, microscopy and photon-limited applications

The Hinalea VNIR Ultra is a next-generation visible and near-infrared (VNIR) hyperspectral imaging system designed for researchers who require exceptional spectral accuracy, high spatial resolution, and outstanding low-light performance.

Covering the 400–1000 nm spectral range, it captures 301 spectral bands at 4 nm spectral resolution, enabling precise material, biological, and chemical characterisation across a wide range of scientific applications.

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Key Benefits of Hinalea VNIR ULTRA

  • 400–1000 nm spectral range
  • 301 spectral bands
  • 4 nm FWHM spectral resolution
  • High-sensitivity 2048 × 2048 sCMOS sensor
  • No mechanical scanning
  • Excellent performance in low-light conditions
  • Microscope-compatible design
  • ENVI, Python and SDK integration
  • High spectral and spatial fidelity for advanced research applications

The Hinalea VNIR Ultra combines advanced Fabry–Perot Interferometer (FPI) technology with a high-performance 2048 × 2048 pixel sCMOS sensor to deliver premium hyperspectral imaging performance for laboratory and microscopy environments.
Unlike conventional scanning systems, the VNIR Ultra captures full-frame 2D images at each wavelength without mechanical scanning, producing high-quality hyperspectral data cubes while preserving spatial accuracy and simplifying system integration. The result is rapid, reliable spectral imaging with outstanding image quality across the entire 400–1000 nm wavelength range.

Engineered specifically for demanding and photon-limited applications, the VNIR Ultra provides exceptional sensitivity, allowing researchers to acquire high-fidelity hyperspectral data from low-light samples without excessive exposure times. With 301 spectral bands and 4 nm FWHM spectral resolution, the system enables detailed spectral analysis for advanced research, materials inspection, life science imaging, plant science, fluorescence studies, and microscopy.

The system integrates easily with standard microscopes and custom optical setups via an SM1 mount, with support for C-mount, F-mount, and additional adapter options. Hinalea’s software platform and SDK provide streamlined acquisition, analysis, visualisation, and export to ENVI, Python, Hinalea software, and other third-party environments, making the VNIR Ultra a powerful and flexible solution for advanced hyperspectral imaging workflows.

Specifications of Hinalea Model VNIR ULTRA

Dimensions (LxWxH)

With 30°FOV lens –78×78×395 mm

With 15°FOV lens –78×78×377 mm

With Microscope attachment 78×78×348 mm

Weight (Mass)

8.0 lbs/ 3.63 kg

Input voltage

Voltage: 12 V

Max. Current @ 12V: ≤ 3 A (36.4 W)

Steady State @ 0°C: 1.3 A (15.6 W)

Data interfaces

USB-C/USB 3.0

Operating temperature

15°–30°C

Humidity

65% non-condensing

Standard lens

15°and 30°FOV lens 150 mm to ∞

Sensor spatial resolution

2048 ×2048 (4.2 Megapixel)–Full Array Scan

Spectral range

400-1000 nm

Spectral bands

301

Spectral resolution

4 nm FWHM

Dynamic range

User selectable 8-or 16-bit

Spatial resolution

 

Illumination

Optional

Applications of the Hinalea VNIR ULTRA

  • Laboratory Research
    Acquire highly detailed hyperspectral data for scientific investigations requiring accurate spectral characterisation across the visible and near-infrared spectrum. The VNIR Ultra’s high sensitivity and spectral precision make it ideal for advanced research in physics, chemistry, materials science, and biomedical imaging.
  • Microscopy and Life Sciences
    Integrate seamlessly with laboratory microscopes to reveal spectral information beyond conventional imaging. The system supports biological research, tissue analysis, cell imaging, fluorescence applications, and other microscopy-based investigations where both spatial and spectral detail are critical.
  • Low-Light and Photon-Limited Imaging
    Designed specifically for light-starved specimens, the VNIR Ultra delivers excellent performance when photon counts are limited. Researchers can achieve high-quality spectral measurements without the long exposure times typically associated with hyperspectral imaging.
  • Materials Characterisation
    Identify subtle spectral differences in materials, coatings, composites, semiconductors, and manufactured components. High spectral fidelity and 4 nm resolution enable precise material discrimination and analysis.
    Plant and Agricultural Research
    Capture detailed spectral signatures associated with plant physiology, crop health, stress detection, pigment analysis, and agricultural research applications across the VNIR wavelength range.
  • Custom Optical and Research Platforms
    With flexible mounting options, software integration tools, and SDK support, the VNIR Ultra is well suited for custom optical assemblies, OEM integrations, and specialised spectral imaging systems requiring advanced data acquisition and analysis capabilitie

Datasheets

Application Notes

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