Used WATERS Synapt G2-S IMS-Q-TOF #293656285 for sale

WATERS Synapt G2-S IMS-Q-TOF is an ion mobility spectrometerthat is specially designed for high-resolution, high-sensitivity analysis. This spectrometer is capable of measuring the structure and shape of molecules in the gas-phase and delivering high-quality results. It combines ion mobility separation with quadrupole and time-of-flight mass spectrometry technologies to provide a powerful tool for the characterization of molecules in solution. Ion mobility separation (IMS) allows molecules to be separated based on their size and shape. This technology is used to analyze the distribution of molecules in the gas-phase, and it is highly useful for analyzing the differences between isomers and validation of structures. Synapt G2-S IMS-Q-TOF spectrometer utilizes the Synapt liquid chromatography (LC) system to separate molecules in solution. The Spectrometer's quadrupole mass analyzer produces a high-resolution accurate mass spectrum of the ionized molecules to give the molecular weight for identification. The time-of-flight (TOF) component of the spectrometer uses an electric field and drift tube to analyze the mass-to-charge ratio of ions. This allows for higher resolution by recording the time it takes for ions to travel to the detector. Using the combination of IMS, quadrupole, and time-of-flight technologies, WATERS Synapt G2-S IMS-Q-TOF spectrometer can accurately measure the size and shape of molecules and analyze the isomer distribution in the gas-phase. This spectrometer also provides an increased level of sensitivity, allowing it to detect analytes at lower concentrations than other spectrometers. Analysis results are visualized in the company's EasyMax software, which allows for easy data sharing and manipulation. Overall, Synapt G2-S IMS-Q-TOF spectrometer is an advanced instrument designed specifically for high-resolution, high-sensitivity analysis of molecules in the gas-phase. This spectrometer has the capabilities to measure the size, shape, and isomer distribution of molecules, allowing for the accurate characterization of unknown compounds. With its robust system and easy data access, this spectrometer is a valuable tool for various industries.