Topic atomic absorption spectrometers

Products atomic absorption spectrometers

mercur – fully automatic Hg ultra trace analysis

mercur is a compact system specially optimized for the complete, cost-efficient determination of mercury traces down to the ng level more

novAA® from Analytik Jena – High-performance AAS for all routine applications

Decades of experience in the development of AAS plus the most recent findings made in electronics and furnace design have gone into the novAA® series more

News atomic absorption spectrometers

• Analytik Jena Wins Major Order in Poland

  Analytik Jena AG is kicking off the financial year with a large-scale follow-up project for the Polish Inspectorate of Environmental Protection (GIOS). The order encompasses the delivery of 39 atomic absorption spectrometers that will be deployed in 38 of the Polish authority's laboratories and regi more

White papers atomic absorption spectrometers

• The Determination of Hazardous Substances According to RoHS and WEEE Directives
  

  1st July 2006 is an important deadline for the electro- and electronics industries. This date bans hazardous substances like lead, cadmium, mercury, hexavalent chromium and polybrominated biphenyls and diphenyl ethers from electro- and electronic equipment. This restriction, even though in discussion since 1991, has become more and more important from year to year because of tons of electronic waste releasing toxic substances which are accumulated in the environment, the food chain and all human beings. In order to enforce the substances ban and the limitation or substitution of hazardous components, elemental analysis is obviously the most important control measure for monitoring limiting values. This requires precise analytical systems such as X-ray fluorescence, ICP- and atomic absorption spectrometers. These instruments are able to detect trace concentrations of hazardous compounds - for example cadmium, using an atomic absorption spectrometer in the flame atomization mode up to 0.1 mg/L, or using the di more