Wide-field hyperspectral imager
Widefield hyperspectral imager allows the view of spectral analysis by providing complete spectral information for each and every pixel of a full resolution image.
NIR hyperspectral microscopy covers the detection range of 850-1620 nm and is ideal for the spatial and spectral identification and measurement of fluorophores that emit in the second biological window. For example, single wall nanotubes (SWNTs) emission bands are narrow (~ 20 nm) and each band corresponds to unique (n, m) species (chiralities). With IR hyperspectral microscopy, it is possible to separate these species, with single SWNT spatial resolution on surfaces, in live cells (in vivo), and in vitro.
NIR hyperspectral microscopy covers the detection range of 850-1620 nm and is ideal for the spatial and spectral identification and measurement of fluorophores that emit in the second biological window. For example, single wall nanotubes (SWNTs) emission bands are narrow (~ 20 nm) and each band corresponds to unique (n, m) species (chiralities). With IR hyperspectral microscopy, it is possible to separate these species, with single SWNT spatial resolution on surfaces, in live cells (in vivo), and in vitro.
*NEW* nCore™
The nCore is a fully autonomous multi-sensor scanning platform built for continuous drill core scanning and handling. Built with our proprietary state-of-the art hyperspectral imagers, the system can deliver outstanding performance directly on-site or within a laboratory setting thanks to the different modular configuration options readily available.
Three options of modular systems are offered: Compact, U-Shape and Container to accommodate all the mining industry needs. The nCore allows the integration of up to 7 optical sensors, providing the most comprehensive imaging tool set and delivering an extensive map of the mineralogy landscape with unmatched precision. |
FEATURES
Spectral range (nm)
400-1000 950-1600 950-2500 1600-2800 Spectral channels 447/256/320 Spectral sampling (nm/channel) 1.3/2.5/5.0/3.8 Spectral resolution FWHM (nm) <2/ <5 / <10 / <8 Spatial channels 800 / 256 Spatial sampling (mm/px) (FOV = 25 - 32 cm) 0.31-.4 / 1.0-1.25 |
*NEW* ClaIR™
The ClaIR NIR-II microplate reader is able to capture full fluorescence spectra from 900 nm to 1600 nm and the transmittance spectrum from 500 nm to 1600 nm. Using the included software, the ClaIR plate reader can perform a range of endpoint and kinetic applications.
The instrument comes with your preferred laser-based excitation sources, which can be complemented by a high-power tunable light source. An optional benchtop probe is available, extending the capabilities to in vivo measurements. |
FEATURES
Detection modes
Absorbance and fluorescence spectroscopy Microplate formats 1 to 1536-well plates, user definable Absorbance light sources Halogen white lamp Absorbance spectral range 500 - 1600 nm Fluorescence light sources 650 nm and 735 nm laser diodes, fiber entry for optional tunable light source (optional) Fluorescence spectral range 900 - 1600 nm |
L-EOS™
The L-EOS is an infrared push broom hyperspectral system optimized from 0.9 up to 2.8 µm. Using a totally reflective spectrometer at its core, it has fewer interfaces, thus less light losses, no chromatism and very low aberrations.
The most important added value is the possibility to customize the instrument to specific applications. Our broad expertise covers various applications going from geology to material sorting, recycling and many others. Its 4 stages TE cooling at either -50°C or -80°C offers a longer lifetime than other cooling systems and less maintenance. |
FEATURES
Spectral range
900 - 1650 nm 900 - 2500 nm 1000 - 2800 nm Spatial resolution (RMS spot radius on sensor) 22 µm (1.5 px) 30 µm (1 px) Dispersion - Spectral sampling (nm/px) 1.3 / 5 / 5.6 Standard slit width (µm, customizable) 30 Slit length (mm) 7.7 |
IRina™
Quantitate bio-photonic emissions and visualize the spectral shifting of ABS in real-time.
The IRina™ in vivo spectral probe can deliver full spectral measurements in the NIR-II range. Ideal for measuring fluorescence emission from nanosensors or new dyes, its small form factor and ergonomic benchtop design allow for easy measurement inside small living animals or thick tissues. Using the included PHySpec™ software, multiple acquisitions and time series are straightforward to acquire and analyze. |
FEATURES
Spectral range
900 - 1600 nm Spectral resolution 5 nm Spectral sampling ~ 1.6 nm Light source 650 and 735 nm laser, other wavelengths available upon request Maximum laser power on sample ~ 1 W Working distance 40 - 70 mm |
IR VIVO: Preclinical Imager
IR VIVO is a hyperspectral imaging system that uses first (NIR) and second biological window (NIR-II) from 900-1620 nm.
One of the greatest NIR-II benefits is the reduced scattering as well as minimal tissue adsorption & auto-fluorescence; providing the researcher a deeper & clearer imaging when placed on living tissues. The NIR-II technology has opened up endless possibilities in lifescience. This is the most evident in streamlining preclinical stages as information obtained will be clearer & much more accurate. |
FEATURES
High spatial resolution Fast acquisition speed Multi-colour imaging Good penetration depth into tissues (NIR-II) Customised low noise InGaAs camera Powerful analytical software that can be easily installed |
S-EOS
S-EOS is delivers high resolution imaging together with a series of monochromatic images avoiding fastidious x-y or line scanning.
Integrated with our ultra low noise IR camera ZelphIR, the S-EOS is a hyperspectral imager that is capable of delivering a wide spectral range that is capable of entering even into the SWIR range. S-EOS also comes with in-house software, eliminating the problem of having compatibility & the accuracy in data analysis. |
FEATURES
Spectral Range: 900-1700 nm (S-EOS 1.7) 1000-2500 nm (S-EOS 2.5) Continuously tunable Non-dispersive technology |
V-EOS
Similar to S-EOS, V-EOS delivers high resolution imaging together with a series of monochromatic images avoiding fastidious x-y or line scanning.
Giving complete information on your target with full resolution images at any wavelength in the range 400-1000 nm. |
FEATURES
Spectral Range: 400-1000nm Continuously tunable Non-dispersive technology High Performance CCD Motorised focus |
Grand-EOS
Grand-EOS is capable of delivering a wider range than V-EOS .
Grand-EOS also has access to micro and macro modalities with VNIR (400-1000 nm) and SWIR (900-1620 nm) ranges, with VNIR & SWIR each holding different levels of spectral resolution. |
FEATURES
Spectral Range: 400-1620 nm Spectral Resolution < 2.5 nm (400-1000 nm) (VNIR) < 4 nm (900-1620 nm) (SWIR) Continuously tunable Non-dispersive technology High Performance CCD Motorised focus |
Related Instruments
Hyperspectral Microscopy
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Infrared Cameras
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Tunable Source & Filter
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*Pictures shown above are for reference only. Actual product may differ slightly.
**Some products may not be available in all countries. Please contact us for further information and clarification. |
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