tUNABLE sOURCES & fILTER
LASER LINE TUNABLE FILTER
IMA™ is a complete hyperspectral system that is The Laser Line Tunable Filter (LLTF) is a non-dispersive tunable bandpass filter based on volume holographic gratings.
It delivers the highest signal throughput in the industry, and is also unique in that it combines very high optical density (> OD6) and outstanding out-of-band rejection with wide tunability. |
FEATURES
Efficiency up to 60% High out-of-band rejection Wide tuning range Free-space or fibre coupled User-friendly control software Up to 20W input power |
Tunable Laser Source
Available in both VIS & SWIR, the tunable laser source is paired with the outstanding out-of-band rejection optical fibers to allow easy and precise sample excitation or instrument calibration.
Spectral range customisation is also available upon request. Please contact us for more information. |
FEATURES
Spectral Range 400-1000nm (VIS) 1000 - 2300 nm (SWIR) Customisation available High out-of-band rejection Pointing and power stability Wide tuning range |
HyperCube
Designed to be retrofitting friendly to commercial microscopes, cameras and a vast variety of excitation modules, HyperCube is designed to change microscopes into a high-resolution spectral imaging system.
With the unique global imaging technology, HyperCube is capable of acquiring 3D data, 2D spatial and 1D spectral in a very short amount of time, giving detailed composition of your sample. HyperCube is revolutionary in opening new research perspectives (i.e. biological imaging). |
FEATURES
Spectral Range 400 - 1000 nm 900 - 1620 nm 400 - 1620 nm Customisation available Spectral Resolution < 2 nm (400 - 1000 nm) < 4 nm (900 - 1620 nm) Fast global mapping (non-scanning) High spatial and spectral resolution Wide tuning range |
Continue Reading: Volume Bragg Tunable Filter
Related Instruments
*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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