Used WATERS / MICROMASS ZQ 2000 #9288598 for sale

WATERS / MICROMASS ZQ 2000 is a mass spectrometer developed by WATERS which is used for high-sensitivity mass spectrometric analysis of a wide range of compounds. WATERS ZQ 2000 boasts a number of superior features, including improved resolution and sensitivity compared to its predecessors, as well as a wide dynamic range and accurate mass capability - essential for the detection of trace analytes. MICROMASS ZQ 2000 consists of a linear quadrupole ion source and analyzer, as well as an array of quadrupole scanning components to enable detection and separation of a range of molecular masses. It also incorporates an additional multifunction ion mirror which enables one to experiment with different ion sources and/or to modify the resolution of the spectrometry to analyze compounds of variations in molecular mass. Additionally, a high vacuum pumping system is used to achieve the necessary vacuum in order for the compounds to be ionized. ZQ 2000 utilizes a number of different techniques for sample analysis. These include chemical ionization (CI), electron ionization (EI), electrospray ionization (ESI), and matrix-assisted laser desorption ionization (MALDI). It is ideally suited for the analysis of pharmaceuticals, synthetic compounds, and natural products due to its ability to quickly and accurately measure and separate a wide variety of compounds. In terms of performance, WATERS / MICROMASS ZQ 2000 offers impressive capabilities, providing a wide dynamic linear range for the detection of compounds from low to high concentrations and accurate mass measurements with high detection sensitivity and reproducibility. Additionally, WATERS ZQ 2000 offers a high resolution regulator which allows for a great degree of control over the resolution, meaning that compounds at a greater range of molecular masses can be detected. Overall, MICROMASS ZQ 2000 is a highly sophisticated mass spectrometer which is capable of providing a variety of compounds in both ESI and MALDI formats at high sensitivity, resolution, and accuracy. Its superior features make it a versatile instrument, suitable for use in various different industries such as pharmaceuticals, synthetic compounds, and even the natural products industries.