Agilent 240 Series Atomic Absorption Spectroscopy Series

The Flame Atomic Absorption Spectrometer (Flame AAS) 240FS uses proven technology for the analysis of metallic elements in samples. Agilent offers a range of atomic absorption spectrometers to fit any analytical need or budget. Our product portfolio includes ultrafast flame atomic absorption spectrometers with Agilent's patented Fast Sequence mode for high performance flame atomization. The 240FS is designed for routine analysis in laboratories with limited budgets.

Determination of all element concentrations in a single injection reduces analysis time Reduces throughput analysis delays and reduces sample wastage Reduces sample consumption Determination of 10 elements per sample in less than 2 minutes with uncompromised data quality Improve precision and accuracy, simplify analysis, and use SpectrAA's comprehensive method manual to make method development easier and more streamlined. Use the Mark 7 atomization system. Tuned flame AA spectrometer performance Mark 7 atomization system for high sensitivity—5 mg/L Cu typically greater than 0.9 Abs

Graphite Furnace Atomic Absorption Spectrometer The Agilent 240Z AA is a sensitive and accurate graphite furnace atomic absorption spectrometer. It is designed with Zeeman background correction technology, proven to provide high correction accuracy and optimized geometry for the best detection limits. The Agilent 240Z AA has 4 lamp positions to meet most routine food, environmental, cosmetic and pharmaceutical analytical applications requiring optimum performance.

Graphite furnace design in stable temperature region gives you excellent ppb level performance Analysis status

Improved detection limit performance—high-intensity UltrAA lamps give you ultra-trace detection limits

Easy calibration - only one light source required

11x improvement in correction accuracy—polynomial interpolation is more accurate than simple linear interpolation employed by competing systems

Versatility - add VGA adapter for Zeeman furnace, use hydride generation technology to verify Zeeman furnace atomic absorption results;