With CDR FoodLab® you can carry out the analysis of the alcohol content, as well as on bakery products and baked goods, on the alcoholic solutions sprayed on them used as preservative and antibacterial
The Analyzers CDR FoodLab® for a complete quality control on bakery products, baked goods, snacks and spreads.
The system is supplied pre-calibrated and ready for use.
Results are expressed in accordance with the reference method.
The analytical methods are simple: the system does not require an equipped laboratory or skilled staff.
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Analyses | Bakery Products and Spreads: Free Fatty Acids Peroxide Value Anisidine Value (AnV) Lactose Alcohol by Volume Alcohol by Volume on Preservative solution |
Configuration with tailored panel of analyses |
Simultaneous Sample Analyses | 16 | 3 |
Multiple Analyses on a Sample | ![]() |
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Method
Test type: End Point.
Time testing: one test 6 minutes.
Are possible test sessions with several samples, up to a maximum of 16.
Correlation curve
The correlation curve between the CDR FoodLab® analysis method and the reference analysis method.
Test Principle
Ethanol + NAD+ Acetic Aldehyde + NADH
Ethanol is oxidized in an alkaline environment through an enzymatic reaction and converted in acetic aldehyde in presence of NAD+, which in turns produces NADH. The increase of the absorbance, measured at 366 nm (end-point) is directly proportional to the concentration of ethanol in the sample.
Reagent test Kits
The reagents are packaged in foil pouches containing 10 tubes useful to perform 10 analyses.
This is the minimum package that allows the use of CDR systems even to those who need to make a few analyses, thus not wasting reagents.
There are also boxes of 100 tests, however, packaged in 10 bags of 10 tubes containing the reagent.
Code *300613: 10 tests
Code *300616: 100 tests
The reagents have a shelf-life of 6 months
Sample Processing
Use the preservative solution as is
Measuring Range
Test | Measuring Range | Resolution | Repeatability |
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Alcohol by volume syrup [1-10] % | 1 - 10 %vol | 0.1 %vol | 0.1 %vol |