Used WATERS / MICROMASS Quattro Premier XE #9212028 for sale

ID: 9212028
Mass spectrometer With WATERS Acquity UPLC system T-Wave (travelling wave) technology for complete UPLC compatibility.
WATERS / MICROMASS Quattro Premier XE is a state-of-the-art spectrometer designed for the purpose of analytical chemistry and identifying unknown compounds. This instrument utilizes high-definition mass spectrometry (HDMS) technology which enables higher sensitivity and selectivity compared to conventional MS instruments. This allows it to detect elements and compounds at concentrations down to parts per trillion. WATERS Quattro Premier XE also features an advanced triple-quadrupole technology that enables simultaneous scanning and analysis of few to several hundred elements and compounds in a given sample. This allows users to speed up the process of identification of unknown compounds considerably. This instrument also boasts a high dynamic range which permits the measurement of both a broad range of sample components within a given sample (as well as those of low abundance) as well as having the ability to detect isotope patterns which makes it extremely useful for studies such as isotope ratio mass spectrometry (IRMS). MICROMASS Quattro Premier XE also features robust, operator friendly software which ensures efficient and reliable analyses, as well as auto-tune capabilities and built-in library search capabilities which can bring both time and cost savings. Additionally, this instrument utilizes a powerful ion source and vacuum system resulting in lower noise and higher accuracy measurements which can often be crucial in both analytical and analytical/qualitative studies. Last but not least, this instrument is designed to ensure compatibility with other instruments in a laboratory with its UHPLC front-end, UPLC compatibility, and excellent in-mass mass spectra transfer capabilities. Overall, Quattro Premier XE is an extremely intuitive and reliable instrument designed to streamline the process of analyzing and identifying compounds, often at parts per trillion, and provides excellent specificity, sensitivity, and accuracy.
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