Instruments
The Videometer instruments are fast, versatile, non-destructive spectral imaging solutions that, come with a state-of-the-art software powered by machine learning and AI. Besides the products listed below, you can customize any in-lab solution to suit your needs and type of inspection you want to perform.
VideometerLab
Videometer’s flagship instrument for multispectral image acquisition. It is used for reflectance imaging and optionally fluorescence and transmittance imaging.
VideometerLite
To be used everywhere, the VideometerLite is a portable and wireless spectral imaging device designed for easy, straightforward and accurate image analysis.
VideometerSLS
A fast, and non-contact measurement technology for ease-of-use in the laboratory or at-line in production. It measures a number of parameters for efficient characterization of viscous products.
Videometer Multiray
Videometer Multiray is a handheld imaging instrument designed for fast and accurate determination of µ-topography, graininess, gloss and porosity of material surfaces.
VideometerLab XY
Designed for fast and accurate measurements where a large sample size is needed. The unit is an automated system integrating computer technology with advanced image analysis.
VideometerMic
The VideometerMic is an automated multispectral microscope. It incorporates a multispectral scanner head, mounted within an xyz-stage. It allows for a complete analytical solution within microscopy.
Videometer MiniRhizotrones
Videometer Minirhizotron allows for automated detection and quantification of living roots in the field/semi-field. It can detect roots in all soil types and differentiate living roots from dead roots.
In-Line Vision Systems
Videometer offers customized in-line vision system solutions, that fit your needs and demands. VideometerLine is a powerful platform for building customized spectral imaging solutions for in-line and on-line quality and process control that secure product quality.
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Spectral Imaging
Combines multiple images at different wavelengths using the same diffuse illumination geometry. This technology obtains a spectrum for each pixel and is especially suited for mapping the surface chemistry and color of the sample.

3D Imaging
Based on laser triangulation or fringe projection profilometry provides accurate assessment of 3D shape and volume.




Multiray Imaging
Combines multiple images with different illumination geometry. The multiray technology deals effectively with many physical surface measurements such as gloss, graininess, porosity, or micro-topography.
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