Used WATERS / MICROMASS LCT ToF (MkII) #9108917 for sale

WATERS LCT ToF (MkII) is a time-of-flight mass spectrometer with an impressive range of features. The ToF technology employed in the spectrometer allows for the acquisition of high resolution and accuracy during both analyte and sample analysis. It is easy to use and produces reliable results even with complex sample pools. The LCT ToF (MkII) is a versatile spectrometer that can analyze a range of different sample types including organic molecules, polymers, and other compounds. It has a wide range of applications, from liquid chromatography, to gas chromatography, to tandem mass spectrometry. It is suitable for a variety of fields including environmental analysis, forensic science, food and beverage analysis, and medical research. The LCT ToF (MkII) is equipped with a variety of features that make sample preparation easy. To start with, the spectrometer contains an automated sample handler and a column oven that allows for sample evaporation or drying. Additionally, it has both a pulsed and continuous ion source that can be used to ionize samples without damaging them. In the spectrometer, the sample ions are accelerated through a digital multi-stage RF drift tube and then diverted into the ToF section. Here, they are separated according to mass and then collected in data acquisition computers for further analysis. The result is a spectrum with a resolution of up to 5 parts per million. The advanced opto-electronic system of the LCT ToF (MkII) allows for the high-resolution measurement of the molecular mass of analyte molecules, even in very small samples. The spectrometer also features an automated data collection system, enabling the user to collect very large datasets without having to manually enter data. Overall, MICROMASS LCT ToF (MkII) is a powerful and highly accurate spectrometer that is tailored for efficient and effective analyses. Its wide range of features make it suitable for a variety of different applications, allowing users to maximize the efficiency of sample analysis.