Used SHIMADZU AA 7000 #9311675 for sale

SHIMADZU AA 7000 is a compact, double-beam Atomic Absorption spectrometer (AAS) that is used to produce highly precise and accurate measurements of chemical samples for a variety of analytical tasks. This equipment offers the highest level of sensitivity with its dual-beam technology, which improves the performance of the instrument. SHIMADZU AA-7000 features a graphite furnace atomizer for higher sample throughput and improved accuracy in analyzing trace elements. The detection limits are low enough to analyze trace elements in nutritional supplements, oils, plant material and other samples. The built-in auto-dilution function enables automatic calculation of sample sample dilution, avoiding time-consuming calibration. Moreover, the user can select the sample wavelength that meets their own requirements and customize various spectral setups. AA 7000 houses a system of highly sensitive photomultiplier tubes (PMTs) that allow for wide linearity and versatility. This unit features an intuitive user interface, allowing users to quickly and easily set up the instrument for operation. The instrument also incorporates digital signal processing techniques to produce high-precision spectral data. AA-7000 is capable of suppressing interference from ambient light and fluorescence, allowing for accurate sample analysis even in harsh laboratory conditions. Furthermore, it features a constant-flow light source, a high-precision temperature controller and a temperature control machine, ensuring excellent stability and accuracy in readings. SHIMADZU AA 7000 is well suited for a variety of analytical applications including environmental monitoring, industrial and pharmaceutical testing, clinical medical testing and research in food and agriculture. This tool is equipped with a variety of features designed for optimal performance, such as an intuitive user interface, integrated digital signal processing, atomizer, scan speed control and constant-flow light source. SHIMADZU AA-7000 offers superior performance and optimal operation, making it an ideal choice for research and lab applications.