Atomic absorption spectrometers AAS series: versatility and precision for elemental analysis
Skyray Instrument's AAS series atomic absorption spectrometers are designed to meet the growing demands of elemental analysis laboratories. This series includes three distinct models tailored to different analysis needs: the AAS 6000 (flame mode), the AAS 8000 (graphite furnace), and the AAS 9000, which combines both technologies in a single device. Each model features a high-performance configuration, intuitive design and enhanced operational safety.
The AAS 6000 model, using the flame method, enables rapid analysis of more than 30 trace metal elements, such as copper, zinc, potassium, sodium,gold andsilver. Its simple structure ensures easy maintenance and high reproducibility of results. It is the ideal instrument for routine analyses in environmental, light metallurgy and food processing applications.
The AAS 8000, based on graphite furnace technology, is designed for trace and ultra-trace analysis, covering more than 60 elements with increased sensitivity. It requires a small sample volume and enables the precise detection of elements such as cadmium, chromium, lead,aluminium and molybdenum. It is available with or without an automatic sampler (AAS 8000 and AAS 8000-M versions).
The AAS 9000 combines the flame and graphite methods in an integrated design. The user can switch automatically between modes depending on the type of analysis, thanks to a serial optical system. This offers maximum versatility for multi-parameter analyses, with increased stability and a unified software configuration.
These devices are based on an ergonomic software platform that is fully compatible with Windows systems, enabling automated data processing, parameter recording, report generation and export to Excel. The background correction system, multiple safety features and USB interfaces ensure a smooth and secure user experience.
The versatile AAS series is used in many fields such as geology, the environment, health, food analysis, chemistry and construction materials.