Atomic absorption spectrometer with flame atomization for high-speed routine analysis of macro and microelements Agilent 240FS/280FS AA

The Agilent 240FS/280FS AA are flame atomizer AA spectrometers designed for laboratories where high performance and ease of handling large series of samples are required. The devices provide fast analysis of macro and microelements in water, raw materials, metals, food, and industrial samples, which makes them in demand in SES/CSEC, factory and independent laboratories. The systems use flame atomization with acetylene air and, if necessary, acetylene nitrous oxide air flame, which makes it possible to work with a wide range of elements without the need for an electrothermal furnace. The optical circuit is built according to the Cherni Turner type with an automatic monochromator and a range of 185-900 nm, providing stability and reproducibility with a large sample load. The device uses a two-beam circuit, automatic wavelength setting and lamp selection, which reduces operator influence and speeds up the start of a series of analyses. The built-in background processing contour allows you to correctly account for interfering effects in typical matrices without reducing the speed of operation. Management is performed from an external Windows PC, standard atomic spectroscopy platforms and laboratory management systems (LIMS) are supported, which allows you to automate the creation of methods, sample accounting and preparation of reports. For the Agilent laboratory, the 240FS/280FS AA is a reliable tool for routine monitoring of metals in a wide range of concentrations at high speed and ease of maintenance. Key differences between Agilent 240FS AA and 280FS AA The main difference is the optical part and the functionality. The Agilent 240FS AA model is equipped with a monochromator with a focal length of 250 mm and 4 lamp sockets, which is suitable for laboratories with a basic set of elements. The Agilent 280FS AA model has a longer focus (330 mm) and 8 lamp sockets, which provides increased resolution and convenience when working with an extended range of detectable metals.