CLYDEHSI CAMERAS


ClydeHSI manufacture push-broom (line-scan) hyperspectral imaging cameras of high spatial and spectral purity, covering a spectral range from 400  to 2500nm.  Our cameras are used in a wide range of applications, ranging from scientific research to industrial inspection tasks.  ClydeHSI hyperspectral cameras acquire data one line frame at a time, simultaneously recording both spatial and spectral data at each and every pixel.


The choice of hyperspectral camera is an important one and is largely determined by the needs of the application, for example by spectral range, spatial resolutions, frame rates, as well as by available light budget and importantly by cost.


At ClydeHSI our responsibility does not simply end at selling a hyperspectral camera - we value the opportunity to comprehensively support our customers for all of the components needed to deploy a hyperspectral camera in real world applications: fully compatible objective lenses, complete hyperspectral scanning systems, high-level user and OEM SDK software as well as technical support and training packages.


Discover our range of cameras below:


VNIR-S
(400 to 1000nm)

Spectral Resolution: 8nm FWHM

Cost effective, entry level hyperspectral camera covering the VNIR spectral range (400 to 1000nm).  Suitable for a wide range of research, field, and industrial applications.

Key Applications:
  • Colour Measurement
  • Phenotyping
  • Food Quality and Security
  • Forensic Trace Evidence Detection
  • Crop Health and Yield Prediction

VNIR-HR 
(400 to 1000nm) 

Spectral Resolution: ≤3nm FWHM

Higher spectral resolution and optical throughput spectral camera covering the VNIR spectral range.

Key Applications:
  • Colour Measurement
  • Heritage Science
  • Phenotyping
  • Food Quality and Security
  • Forensic Trace Evidence Detection
  • Crop Health and Yield Prediction
  • Thin Film Inspection

NIR-HR
(950 to 1700nm)

Spectral Resolution: ≤5nm FWHM 

Versatile, high-speed hyperspectral camera.  Suitable for a wide range of scientific and industrial process applications in the NIR spectral range.

Key Applications:
  • Chemical Composition Analysis
  • Heritage Science
  • Foreign Body Detection
  • Food Quality Grading
  • Package Seal Inspection
  • Waste Sorting and Recycling
  • Moisture Measurement

NIR-HR+
(950 to 1700nm)

Spectral Resolution: ≤5nm

Higher spatial and spectral performance camera to satisfy the most demanding applications in the NIR spectral range.

Key Applications:

Chemical Composition Analysis
Heritage Science
Foreign Body Detection
Food Quality Grading
Package Seal Inspection
Waste Sorting and Recycling
Moisture Measurement

SWIR-384
(1000 to 2500nm)

Spectral Resolution:  12nm FWHM

High-speed hyperspectral camera operating in the SWIR spectral range.  Cryogenic sensor cooling to ensure highest possible sensitivity.

Key Applications:
  • Heritage Science
  • Food and Agriculture
  • Food Quality Grading
  • Mineralogy and Geology
  • Waste Sorting and Recycling
  • Moisture Measurement
  • Pharmaceuticals

RAMAN-532
(520 to 635nm)

The new generation of Raman hyperspectral cameras. 
Ultra high resolution (0.3nm FWHM) hyperspectral imaging camera with electron multiplying CCD detector, ensuring highest possible spectral and sensitivity performance.

Key Applications:
  • Heritage Science
  • Forensic Trace Evidence Detection
  • Foreign Body Detection
  • Pharmaceuticals and Cosmetics
  • Life Sciences
  • Geology and Mineralogy

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Our range of cameras, scanning solutions, software and accessories are suitable and adaptable to a wide range of academic and industrial applications, and ClydeHSI has extensive experience in designing and implementing custom hyperspectral imaging solutions for a range of applications.

If you are still unsure of exactly what you require, or just have a specific query about one of our products, our experienced team of engineers are on hand to talk through your questions and specific applicational requirements and design a solution tailored to their demands. Please contact us to begin the process.
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