The atomic absorption MGA-915MD spectrometers are intended for measuring the content of chemical elements (primarily, metals) in liquid samples (various types of water, beverages, biological liquids), as well as in other species after their mineralization (soil, bottom sediments and sewage sludge, foodstuffs, fodder and raw stuff for its production, biological tissues, and petrochemicals). These spectrometers have successfully demonstrated high performance both in running routine analyses and in scientific research.

The MGA-915MD spectrometer employs a state-of-the-art version of the atomic absorption spectrometry with electrothermal atomization (GFAAS) and Zeeman high-frequency modulated light polarization (ZAAS HFM) correction for the nonselective absorption, which excludes the effect of interfering impurities.

As compared to the other analytical methods, the GFAAS – ZAAS HFM technique provides the optimum ratio of the cost and labor content of measuring concentrations of various elements at the ppb (µg/l) level.