Hyperspectral Visible and Infrared Camera
GRAND-EOS is a global hyperspectral camera that is continuously tunable from 400 to 1650 nm. This system combines micro and macro modalities. It provides non-polarized wavelength selection with high throughput and efficiency. This is made possible by Photon etc.’s patented filtering technology based on volume Bragg grating. GRAND-EOS generates a hyperspectral data-cube with spatial information along the X-Y axes and spectral information along the Z-axis. Photon etc.’s global-imaging technology extracts a data-cube from a handful of monochromatic images and without the need for image reconstruction. The field of view covered can be adjusted depending on the application and sample size. GRAND-EOS is designed for reflectance, transmittance and luminescence imaging and is well suited for both fundamental research and industrial applications.
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GRAND-EOS opens the door to
- Photovoltaic characterization
- Counterfeit examination
- Forensic research
- Food and plants sorting
Product Specifications
GRAND-EOS | |
Spectral range | 400 - 1650 nm |
Spectral resolution (FWHM) | < 4 nm |
Camera | sCMOS + Photon etc.'s InGaAs camera |
Spectral channels | Continuously tunable |
Entrance slit size | No slit / Full field of view measured for each wavelength |
Standard field of view (customizable) | 20 x 20 mm to 160 x 160 mm (other FOV available upon request) |
Options & Accessories | Absolute photometric calibration, micro-imaging modality, white light illumination, laser excitation |
Spec Sheet
Applications
Publications
Journal of Instrumental Analysis
- Forensic Science
Research on Nonlinear Dimensionality Reduction and Classification Modeling Methods of Hyperspectral Inkjet Printing Ink Data
AIP Advances
- Photovoltaics
Identifying and investigating spatial features in InGaAs solar cells by hyperspectral luminescence imaging
Applied Physics Letters
- Photovoltaics
Understanding Photovoltaic Energy Losses Under Indoor Lighting Conditions
White Papers
Hyperspectral Imaging in Counterfeit Ink and Banknote Identification
Authors Marie-Christine Ferland, Marc Verhaegen & Vincent Cardin