VideometerLab 3 Multispectral Imaging System
VideometerLab 3 is a vision-based lab analyser designed for fast and accurate determination of surface colour, texture, shape, size and chemical composition. The easy-to-use system integrates illumination, camera, and computer technology with advanced digital image analysis and statistics. VideometerLab 3 provides a rapid assessment of uniform and non-homogeneous samples by combining information on all of the above parameters…
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VideometerLab 3 is a vision-based lab analyser designed for fast and accurate determination of surface colour, texture, shape, size and chemical composition.
The easy-to-use system integrates illumination, camera, and computer technology with advanced digital image analysis and statistics. VideometerLab 3 provides a rapid assessment of uniform and non-homogeneous samples by combining information on all of the above parameters automatically in just a few seconds, requiring no sample preparation and leaving the sample intact.
Using strobed LED technology VideometerLab 3 combines measurements at up to 20 different wavelengths into a single high-resolution multispectral image. Every pixel in the image is a spectrum and the system can include wavelengths outside the range detected by traditional RGB technology.
VideometerLab 3 Multispectral Imaging System Features:
- Integrating sphere provides very homogeneous and diffuse illumination
- Multispectral analysis in less than 6 seconds
- Up to 19 spectral bands in the range 375 nm to 970 nm
- Fluorescence option available
- Black and white high resolution CCD camera (2056x2056 pixels)
- Improved signal-to-noise ratio by individual and automated adjustments of
the light intensity in each wavelength band - Improved colour determination compared to traditional RGB technology
- Increased stability due to strobed LED source technology
Seeing Objects in a New Light with Multispectral Imaging
Multispectral imaging provides valuable information on the quality and safety of a vast array of materials from pharmaceuticals to raw meat and burned biscuits. The same imaging techniques can be used to measure skin sensitivity to sticking plaster, detect counterfeit drugs and packaging and gain insight into historical artifacts such as mediaeval manuscripts and weapons. This article attempts to highlight some of the newest applications in multispectral imaging, these diverse applications converge as they all in some way have parameters measureable by the technique such as color, texture, gloss, shape and size which when combined give previously unseen information.
Multispectral Imaging for Brand Protection: Analysis of Counterfeit Packaging using the VideometerLab 2 Multispectral Imaging System
The rapid and reliable identification of counterfeit goods is the first step on the road to building a secure supply chain. Without a method of identifying those samples which are not genuine there is no way to narrow down the particular products that need additional security features, or which batch numbers consumers should be alerted to avoid via public health authorities. Counterfeiting poses a serious public health risk, and those who counterfeit should face the full force of the law; the reliability and accessibility of the VideometerLab results will help ensure a conviction when the counterfeiters are eventually discovered.
Streamlining QC in Food, Feed and Pharmaceuticals using Rapid Multispectral Imaging
Rapid Multispectral Imaging (RMSI) is an emerging technique developed to ensure the quality and safety of food, feed and pharmaceutical materials. Parameters measureable by multispectral imaging such as color, texture, gloss, shape and size give useful quality information on both raw materials and finished products. This white paper discusses a short selection of applications relating to quality issues in food and animal feed production and in pharmaceutical manufacturing, highlighting the benefits of RMSI.
VideometerLab Colony Counter
This note presents application examples of the VideometerLab Colony Counter, ideal for the automated counting and registration of both Petri dishes and Petrifilm™ in a few seconds.
Fusarium Detection in Barley
This application note describes a validated and fast method detects Fusarium in barley in 10 seconds using the multispectral VideometerLab combined with the Fusarium calibration.
VideometerLab Multispectral Imaging System from Analytik
VideometerLab is an easy-to-use multispectral imaging and automated visual measurement system. In this video learn how the VideometerLab can be used for fast and accurate determination of surface color, texture, shape, size and chemical composition in a wide range of industries.
