Used WATERS / MICROMASS 2695 Alliance LC #133301 for sale

WATERS / MICROMASS 2695 Alliance LC is a high performance liquid chromatography and mass spectrometer (LC/MS) equipment capable of providing top-notch analytical and research capabilities. The system combines enhanced chromatographic separations with high sensitivity with accurate mass and highest clarity spectra to enable accurate, reproducible, and comprehensive sample characterization. The unit is equipped with a high pressure mixing pumping machine, with gradient mixing, to provide extremely efficient and reproducible chromatographic separations. This pump is designed for extended lifetime and can operate continuously for weeks. The chromatographic tool is also equipped with a Dioxin Express, which enables comparison of isomeric selectivity and maximum chromatographic efficiency. WATERS 2695 Alliance LC is also equipped with a Quadrupole Mass Analyzer which offers high sensitivity, selectivity, and precision. This analyzer offers the highest resolving power up to two orders of magnitude, resulting in enhanced spectra clarity and better sample characterization. Additionally, the asset offers advanced detection capabilities for compounds and isomers, with a wide range of m/z, allowing for an unambiguous identification of targeted compounds. This model is incredibly versatile and can be employed in a range of analytical applications, including gas chromatography (GC), liquid chromatography (LC), and electrophoresis. The equipment also includes an abundance of data handling, control, and storage capabilities, as well as a range of data processing software. This allows the user to generate accurate and comprehensive reports containing all requisite information on the analyzed samples. MICROMASS 2695 Alliance LC is an ideal system for those needing the highest performance liquid chromatographer and mass spectrometer. This unit offers unequaled detection sensitivity, selectivity and precision, allowing for accurate and comprehensive characterization of samples, and thus making it the ideal choice for challenging analytical + research applications.