The Swiss Gemmological Institute (SSEF) is a gemmology laboratory located in Basel, Switzerland. It is a part of the Schweizerische Stiftung für Edelstein Forschung (SSEF, Swiss Foundation for Gemstone Research). It was founded on an independent basis, by trade organisations, on August 22, 1972. George Bosshart, mineralogist and GG was the first director after the laboratory's opening in Zürich. Diamond grading was the major task and colour stones were tested rather exceptionally. In 1980 Bosshart hired Dr. Henry A. Hänni, Mineralogist and FGA. In 1994 Hänni moved the laboratory to Basel. He has been teaching gemmology at Basel university, and the close link to the university proved to be very enriching for both parts, academic and laboratory work. Hänni became professor of gemmology at Basel University, also a reward for his years of steady research and supply of publications. Prof. H.A. Hänni retired in 2009 and Dr. Michael Krzemnicki took over his position as a director.[1] Dr. Krzemnicki has been working for SSEF since 1999.

SSEF has since long been offering its independent services to the global gemstone and jewellery trade. The mandate of the SSEF is to analyse precious stones and jewellery; issuing test reports for coloured gemstones, diamonds and pearls.[2] Its forte lies in the detection of gemstone authenticity, origin, and gem treatments on a scientific and reproducible basis. It offers expert independent advice to a wide gemmological clientele including gem dealers, jewellers, auction houses and private customers in many countries. Gemmological training courses from basic to highly specialised are a further contribution to an international scholarship, ensuring a high level of gemmological knowledge and skills in the trade.

The institute, based in Basel since 1994, is directed by Dr. Michael S. Krzemnicki, who also lectures at the University of Basel. The laboratory was recognised by the International Confederation of Jewellers and Goldsmiths (CIBJO) in 1978 and is also a member of the International Colored Stone Association (ICA) and the Laboratory Manual Harmonisation Committee (LMHC). The SSEF introduced a full gem treatment disclosure policy in 1998, published in a book called "SSEF Standards & Applications for Diamond Reports, Gemstone Reports and Test Reports".[3][4]

Moreover, SSEF places a strong focus on education and pursuing gemmological research. It offers basic and advanced gemmological training courses, scientific gemmology workshops and expert lectures covering a wide array of gemmological subjects. It a pioneer in gemmological research, collaborating with leading Swiss universities and other worldwide gemmological laboratories.

In 1994, it was the first gemmological laboratory to offer testing for possible Beryllium diffusion in corundum.[5] In 2013, SSEF achieved a breakthrough in successfully extracting DNA from pearls and thereby enabling DNA fingerprinting of pearls.[6] In 2014, SSEF unveiled the ASDI instrument (Automated Spectral Diamond Inspection), the first industrial scale automated solution for keeping synthetic diamond melee out of the supply chain.[7] In 2017, SSEF became the first gem lab in the world to introduce radiocarbon age dating of pearls as a service to clients.[8] In 2020, SSEF and University of Zürich researchers unveiled a new methodology (published in the journal Scientific Reports[9]) to extract DNA from precious coral samples and thereby identify the species of samples.[10]

See also

References

  1. ↑ "Krzemnicki is appointed head of SSEF Swiss Gemmological Institute". DiamondWorld.
  2. ↑ "Swiss Foundations registry".
  3. ↑ "SSEF - Leader in coloured gemstone, diamond and pearl testing and analysis". SSEF.
  4. ↑ Journal of Gemmology, 1999, vol. 27, No. 7, page 469
  5. ↑ "LIBS New Beryllium Testing Method". Pala international.
  6. ↑ "Genetic fingerprinting of pearls developed". Science Daily.
  7. ↑ "SSEF introduces the Automated Diamond Spectral Inspection". Mining.com.
  8. ↑ "SSEF Begins Offering Age-Dating of Pearls". National Jeweler.
  9. ↑ "DNA fingerprinting: an effective tool for taxonomic identification of precious corals in jewelry". Scientific Reports.
  10. ↑ "In 2020, Researchers discovered a new methodology using minute amounts of coral DNA material to identify the species". National Jeweler.
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