Rapid, Non-Destructive, Versatile Methods
Multispectral imaging makes it possible to make numerous assessments of your meat. In order for you to check the quality, authencity and safety.
Documented Application
The VideomerLab Meat application has been documented and reviewed in a broad amount of scientific papers.
Measuring Muscle Color in Meat
This application note describes how to make a session recipe that quantifies color on the muscle part of a flesh slice.
The session is made for pork flesh and may later be adapted to beef, lamb or other meat types, and even to other products.
Meat Spoilage
The scientific article shows how multispectral imaging can be applied for meat spoilage detection. This method is considered as non-invasive, for beef contamination estimation.
Find more about the analysis of spectral data and its application.
Quality Control in Continous Frying
Videometer’s technology has been used for quality control in the process of continous frying.
The paper concluded that spectral vision can partially or totally subsitute operator’s visual inspection.
Adulteration of Meat
The Agricultural University of Athens has presented exciting results on the detection of meat adulteration. The study concerned pork located in raw beef flesh and vice versa.
The university decided to use the VideometerLab for 220 samples they prepared.
Color Formation in Fermented Sausages
The Meat Science paper, published article on the analysis how colour formation in fermented salami can be visible through multispectral imaging.
This study can be further used for product stability, as well as the effect of oxidation on meat.
Detection of Frozen-Then-Thawed Meat
In this experiment by the Agricultural University of Athens, the VideometerLab was used for the detection of frozen-then-thawed minced beef.
The results of the experiment showed an overall correct classification of the frozen-then-thawed meat at 100% rate.