Used WATERS / MICROMASS Q-TOF Ultima #293646183 for sale

WATERS / MICROMASS Q-TOF Ultima is a high resolution Fourier Transform Mass Spectrometer (FTMS) designed to deliver accurate mass measurements at low ppm levels. This equipment combines quadrupole-time-of-flight (Q-TOF) technology with advanced software to provide fast and accurate analysis of complex mixtures with very high mass resolution and ultra-low mass accuracy. The Ultima is the most precise and accurate of WATERS Q-TOF spectrometers and features a unique design that allows for the rapid acquisition of careful data with both Quadrupole and Time Of Flight capabilities. The Ultima system includes a unique quadrupole component equipped with Sensitivity Tuned Ion-Transfer Devices, a collision cell arrangement consisting of Quadrupole and Orthogonal Acceleration Time-Of-Flight (QTOF), which result in a high resolution and an ultra-low mass accuracy. The quadrupole components provide a way of starting and controlling ions in the spectrometer while the Orthogonal Acceleration Time-Of-Flight further refine the accuracy. The QTOF component combines these two components and allows for ultra-precise mass accuracy and a wide dynamic range of molecular ions. When it comes to accurate mass calibration the Ultima has the capability to drift-compensate with its built-in drift-compensation routine for accurate mass calibrations up to +/- 1 part-per-million (ppm). This ensures the unit is optimized for the accuracy of the data obtained. The Ultima machine can deliver multiple fragmentation capabilities that enable the user to obtain detailed information about a sample. This includes Soft Ionization, Neutral Loss and Product Scanning, along with Universal Product and Neutral Loss Scanning, which leverages the power of the QTOF to deliver a wide variety of fragmentation capabilities. Overall, WATERS Q-TOF Ultima is the ideal tool to obtain the most accurate mass measurement available and its versatile fragmentation capabilities further provide a detailed analysis of the samples studied. This FTMS provides unsurpassed accuracy, data quality and sensitivity for a variety of applications, ranging from peptide sequencing, small molecule identification to metabolomic studies.