Used WATERS 2010 #9409417 for sale

WATERS 2010 is an advanced liquid chromatography-mass spectrometry (LC/MS) system designed to provide sensitive, high quality performance and robust results in biochemical, pharmaceutical, clinical and environmental research. 2010 utilizes innovative electrospray ionization techniques to detect and analyzes a wide range of complex samples, including small molecules, biological markers, proteins, nucleic acids, and more. WATERS 2010 consists of a triple quadrupole mass spectrometer, along with an autosampler and degasser. The triple-quadrupole mass spectrometer is the main unit of the system. It consists of three detection or quadrupole stages designed to work in tandem. The first stage of the mass spectrometer is the ionization source, which is designed to efficiently convert the sample into gas phase ions. Electrospray ionization (ESI) and atmospheric pressure chemical ionization (APCI) are both available for ionization of the sample molecules. The second stage, the collision cell, introduces energy into the sample ions in order to induce fragmentation of their molecular bonds. This fragmentation is then analyzed using the third and last stage, the detection quadrupole, which can detect and quantify the resulting product ions. 2010 is highly sensitive and can detect at extremely low nanogram levels. It utilizes a unique design that allows high mass resolution (up to 10400) over a wide range of masses (down to 1 Dalton). Additionally, it is extremely versatile and capable of analyzing solutions containing a broad range of components. It also has a fast scan mode that allows it to collect data within seconds or minutes. The autosampler and degasser that accompany WATERS 2010 increase its efficiency and effectiveness. The autosampler can hold up to 10 samples and prepares them for injection onto the triple-quadrupole mass spectrometer. It can be used to inject aqueous, volatile, and semi-volatile solvents and blends, as well as buffers. The degasser system is designed to remove air bubbles from the sample, resulting in improved signal-to-noise ratio. 2010 represents a significant leap forward in LC/MS performance and can revolutionize the way researchers analyze samples. With its combination of highly sensitive detection capabilities, structural identification capability and impressive mass resolution, it is an invaluable tool for chemical and biochemical research.