How can spectral imaging ensure food safety? The LGC report showcases how VideometerLab can detect food adulteration and more.
One of the possibilities with Videometer is detecting bone fragments in pork meat. Read about the released study and learn more.
Determine DON content in wheat using multispectral imaging. Discover more about this application by reading about the new paper from a research team in Hefei.
A new paper shows that combining spectral image features from the VideometerLab provides non-invasive technique for the microbiological quality of minced pork meat.
VideometerLab can detect maca root adulteration. The new research paper shows the results of the analysis with spectral imaging technology.
Food application is one of the areas Videometer is working in. Read about the paper showing VideometerLab aiding an assessment of the quality of fresh-cut pineapple.
Detection of water status in dried mushrooms with spectral image acquisition. Discover how Videometer can assist you…
What is phenotyping? How to phenotype through color descriptors with spectral imaging? A new study of pili kernels phenotyping depicts the analysis with image-based solution.
Spectral imaging allows faster and more accurate analysis for food quality control & food safety. Learn more how Videometer can aid you.
Learn why food quality control is crucial for everyone and explore spectral imaging analysis of potato strips using Videometer technology.
