Used WATERS / MICROMASS GCT-Premier #9280092 for sale

WATERS / MICROMASS GCT-Premier is a high-performance mass spectrometer designed to perform accurate and reliable measurements of small molecule analytes. It utilizes an efficient source design, combining high-resolution quadrupole optics and advanced desorptionionization techniques. This creates a highly versatile and accurate platform for a variety of measurements, from molecular weight determination to isotopic abundance analysis. WATERS GCT-Premier features an electrospray source with a microfluidic interface to facilitate high-sensitivity, low-volatility measurements. This yields accurate and precise concentration measurement results with minimal sample volume. It also contains an advanced ion optics system, allowing for phase plate manipulation of ions to enable resolution and selectivity of desired analytes. The mass spectrometer also integrates curved quadrupoles and advanced imaging optics for more powerful mass spectral analysis. This feature allows for the use of large list mode acquisition, accommodating longer scan times and a wider range of ions. Additionally, MICROMASS GCT PREMIER offers a robust data acquisition system, designed to automatically adjust spectral parameters based on changing experimental conditions. MICROMASS GCT-Premier facilitates a wide range of experiments, all without the need for manual intervention. With various scanning techniques, the instrument can be used to create full-scan MS, MS/MS, and ion-trap collision induced dissociation experiments. Furthermore, WATERS / MICROMASS GCT PREMIER also connects to the Cloud-based solution MassLynx™, which offers improved storage capabilities as well as remote access to the experiment. Overall, WATERS GCT PREMIER is a powerful and highly advanced instrument, providing excellent resolution, sensitivity, and selectivity with minimal sample volume. With the ability to perform a range of experiments quickly and efficiently, it is an ideal tool for researchers in need of accurate and reliable mass spectrometry measurements.