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Hyperspectral imaging in Research
Hyperspectral imaging is today's technology to reveal the invisible, to generate an in depth understanding of phenomena and objects studied. The technology is used increasingly in many research areas, such as life sciences, vegetation research, forensics, food analysis, and mineral research. In each application area the hyperspectral scanner is used to to identify, measure and map the biological, chemical and physical properties of the objects depicted. 

Specim technology provides extreme reliability and performance. Measurements can be accurately performed hundreds of times faster than with the competing technologies.
Hyperspectral imaging - how does it work
Hyperspectral imaging measures, for each pixel in the image, the reflection, emission and absorption of electromagnetic radiation. It provides a unique spectral signature for every pixel, which can be used by processing techniques to identify and discriminate materials.

SPECIM hyperspectral scanners are complete solutions for research applications. Within seconds they are able to visualize the biological, chemical, and physical properties of the samples and objects studied, whether an artifact or a living organism. We have seen customer imaging applications ranging from cancer detection to chemical imaging and real-time mapping of sun induced photosynthesis.
Related Products
Scanner systems

Specim hyperspectral scanner solutions include customized linear stage scanners, mirror scanners, tripods, and complete hyperspectral imaging workstations such as sisuChema and sisuROCK.
Spectral Cameras

SPECIM hyperspectral cameras are designed for applications that require a high resolution and distortion free image on the detector. Their solid structure makes them ideal for industry, laboratory, and field applications.
Multipoint spectrometers

SPECIM multipoint spectrometers provide simultaneous and continuous measurement from multiple locations of the process. Available for UV, visible, NIR, SWIR, and MWIR. The standard configuration is from 4 to 40 spectral channels, with customized optical fibres up to 115 channels.
Imaging Spectrographs

No compromise in quality. ImSpector imaging spectrographs are designed to withstand industrial use and harsh environments, combining excellent image quality and high diffraction efficiency over a broad spectral range. High end models comply with military standards and are available in Space graded materials.
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