Used WATERS / MICROMASS LCT Premier XE #9246676 for sale

WATERS / MICROMASS LCT Premier XE spectrometer is an advanced liquid chromatography-mass spectrometry (LC-MS) instrument with high sensitivity and accuracy. This equipment utilizes electrospray ionization (ESI) to produce a highly ionized solution for the mass analysis. WATERS LCT Premier XE has an extended triple quadrupole (QqQ) mass analyzer that allows for operation in the single ion monitoring (SIM) or multiple reaction monitoring (MRM) mode. This system also includes a heated electrospray ionization (HESI) source with capillary voltage control, which allows for efficient sample delivery, better sample ionization and improved sensitivity. MICROMASS LCT Premier XE also has a unique multicollector unit which allows for multiple analyte measurements in a single run, reducing the analysis time. The high-resolution detection of LCT Premier XE offers the ability to distinguish and quantify different ions in complex matrices. This machine utilizes a feature called isotope correction, which uses the differences in mass-to-charge (m/z) ratios to improve the detection limit of analytes. Additionally, the accurate mass measurements of WATERS / MICROMASS LCT Premier XE are excellent for characterizing unknown compounds. WATERS LCT Premier XE has a fast scan mode which allows for rapid data acquisition, resulting in improved sensitivity and reduced sample running time. The user interface of MICROMASS LCT Premier XE is intuitive and easy to use. The software is compatible with a variety of data formats, such as csv files and WATERS Raw data. Additionally, the tool is equipped with an additional feature called TargetLynx™ which allows users to quickly and easily review, analyze and mine their data. LCT Premier XE offers flexibility and performance for the most demanding applications. The ESI source was designed for low-flow LC separations and proper asset shutdown for rapid model purging and efficient operation. The cutting edge equipment also includes intelligent data dependent acquisition (iDDA) control, which is designed to optimize the sample analysis and maximize the data collection opportunities. The system is suitable for a variety of laboratory applications, such as the detection of drugs and metabolites, the analysis of proteins and peptides, and other complex mixtures.