Hyperspectral imaging—the most important benefits

Combines digital imaging and spectroscopy
Collects information that is visible to the eye as well as the chemical composition of organic or inorganic objects or also their temperature
Often scans more than 100 wavelengths to enable spectral analyses of ultraviolet (<380 nm) to the long-wave infrared range (8 to 12 µm)
Sees through materials that are not transparent in the visible spectrum (380 to 750 nm)
Allows fast and precise localization of contamination, defects, and flaws in food, red-hot glass and metals, semiconductors and many other products

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