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An excellent international resource for the laboratory equipment industry.

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  1. Method Quickly Detects Fake PerfumesCounterfeit perfumes are costing the cosmetic industry and consumers significant amounts of money. But identifying imitation perfumes can be a difficult and time-consuming task despite a number of available analytical techniques. Publishing in Rapid Communications in Mass Spectrometry, EPFL researchers have developed an innovative method called Electrostatic Spray Ionization that can analyze and identify counterfeit perfumes faster than conventional methods.Six fragrances from well-known manufacturers including Givenchy, Hermes and D&G were tested by the team of Hubert Girault at EPFL using their novel detection method (ESTASI). The commercial fragrances were analyzed and compared to a “model” perfume made up of ten different compounds. The results showed that the new method was able to quickly distinguish between authentic perfumes and their “model” counterfeit. Because there is no need for time-consuming preparations of the samples before testing, the new method provides a rapid, high-throughput means of fingerprinting and identifying perfumes.Read more: http://www.laboratoryequipment.com/news/2013/09/method-quickly-detects-fake-perfumes

    Method Quickly Detects Fake Perfumes

    Counterfeit perfumes are costing the cosmetic industry and consumers significant amounts of money. But identifying imitation perfumes can be a difficult and time-consuming task despite a number of available analytical techniques. Publishing in Rapid Communications in Mass Spectrometry, EPFL researchers have developed an innovative method called Electrostatic Spray Ionization that can analyze and identify counterfeit perfumes faster than conventional methods.

    Six fragrances from well-known manufacturers including Givenchy, Hermes and D&G were tested by the team of Hubert Girault at EPFL using their novel detection method (ESTASI). The commercial fragrances were analyzed and compared to a β€œmodel” perfume made up of ten different compounds. The results showed that the new method was able to quickly distinguish between authentic perfumes and their β€œmodel” counterfeit. Because there is no need for time-consuming preparations of the samples before testing, the new method provides a rapid, high-throughput means of fingerprinting and identifying perfumes.

    Read more: http://www.laboratoryequipment.com/news/2013/09/method-quickly-detects-fake-perfumes