Fluorescence

Fluorescence Spectroscopy for Food, Wine, and Spirits Analysis

Maintaining rigorous quality standards and verifying product origin in the food and premium beverage sectors demands rapid, highly accurate molecular insight. HORIBA’s advanced fluorescence spectrometers streamline this process by providing direct optical fingerprinting without the tedious, labor-intensive sample preparation required by conventional methods. While alternative techniques focus broadly on particle characteristics or element counts, fluorescence targets the specific light-emitting organic molecules, including key phenolics, amino acids, and vitamins, that define agricultural matrices. Capitalizing on these distinct optical signatures allows producers to instantly isolate trace impurities, screen for defects such as mold or smoke exposure, and identify fraudulent dilution down to part-per-billion thresholds, safeguarding production integrity from initial harvest to final bottling.

Why use fluorescence in Food Research

  • Most food products fluoresce 
  • Preservatives fluoresce 
  • No sample preparation required 
  • Fluorescence can detect trace amounts 
  • Flavins, Phenols, vitamins and many other products in liquids we drink all fluoresce

 

What techniques are used to measure FOOD RESEARCH with fluorescence

  • A-TEEM molecular fingerprinting 
  • Autosamplers 
  • Remote fiber sensing 

 

Why use a HORIBA fluorometer in FOOD RESEARCH?

  • Aqualog A-TEEMs is proving to be an excellent molecular fingerprinting technique for such identification 
  • Aqualog patent provides inherent benefits 
  • Advanced Chemometrics 
  • Remote sensing experience 

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