Used WATERS / MICROMASS XEVO TQ-MS #9399180 for sale

WATERS / MICROMASS XEVO TQ-MS is a high-performance tandem quadrupole mass spectrometer used in laboratories to analyze ions by separating them based on their mass-to-charge ratio. The instrument consists of an ion source, a triple quadrupole mass analyzer, an ion detector, and a computer to control and collect the data. WATERS XEVO TQ-MS is capable of performing quantitative and qualitative analyses on complex samples. To analyze a sample, it ionizes the sample molecules and then passes them through a triple quadrupole mass analyzer which consists of two rods that can separate ions based on their mass-to-charge ratio. This allows for the analysis of the components of a sample at high resolution and sensitivity. The instrument also has an ion detector which detects the ions that pass through the triple quadrupole mass analyzer and produces an electrical signal. This signal is then sent to the computer which processes the data and produces results beyond what can be achieved with other pieces of lab equipment such as UV-visible spectroscopy. MICROMASS XEVO TQ-MS can also be used to identify and quantify compounds of interest and can be used to determine molecular masses. Furthermore, the instrument is compatible with several sample introduction systems such as liquid chromatography and gas chromatography and is capable of handling automated sample preparation with minimal user intervention. The data produced can then be further processed using a variety of software applications to examine the results and draw conclusions. XEVO TQ-MS also has a built-in computer interface as well as support for external databases for automated data acquisition and analysis. In conclusion, WATERS / MICROMASS XEVO TQ-MS is a powerful spectrometer and offers a great level of control for labs to perform quantitative and qualitative analyses precisely and accurately. It is also easy to use and can fit into most laboratory settings which makes it the go-to instrument for those working with complex samples.