AAS spectrometer 6000 is a single beam atomic absorption spectrometer AAS in flame version. It is equipped with a computer controlled handle for 8 cathode lamps. All measurement parameters can be defined by input from the keyboard, eg .: number of lamps, lamp power supply current, the size of the high voltage, the selected wavelength, slit, the position of the burner, the ratio of the ignition / extinction to regulate combustion. The device features auto-gain, automatic zero setting, background correction, automatic energy compensation, automatic peak search, wavelength scanning, automatic peak search based on the value of the peaks. All readings, measurements, calibration curves and measurement conditions can be saved and / or printed.
AAS spectrometer can be used to measure the concentration in macro- micro- scale and determination of trace amounts of metals and semimetals in various types of substances. It is used in fields such as geology - the study of minerals, metallurgy - analysis of steel and non-ferrous metals, environmental testing of air, water quality, solid waste and sewage, petrochemical industry - examination of petroleum and related products, light industrial products, food and drug, test analysis of building materials, glass, ceramics, paints, etc.
AAS spectrometer AAS9000 is a single beam atomic absorption spectrometer AAS with the atomization flame and graphite furnace. It combines two techniques of AAS by installing two atomizers, flame FAAS and GFAAS electrothermal. The main advantage of the graphite furnace technique is to increase the detection limits (no dilution of the sample by gas) and the fact that the entire sample is atomized at the same time. Graphite furnace system is integrated with burner flame, which provides full automation of the process. Software running on Windows, allows easy control of the device, record of the findings in Excel format allows convenient processing. It allows to carry out fully automated quantitative and qualitative analysis, calculation of the concentration of elements and automatically generate a report from the analysis.
