Used WATERS / MICROMASS ZQ #9300480 for sale

WATERS / MICROMASS ZQ is a mass spectrometer designed for use in small molecule analysis. It is a single quadrupole device that utilizes an electron impact ionization source to generate ions from the sample. It is ideal for research applications in the fields of drug discovery and pharmaceutical research, petrochemical analysis, and proteomics. WATERS ZQ is designed with an open architecture to allow users flexibility in the setup and software operation of the instrument. It is capable of scanning the mass range of 1 to 1000 atomic mass units (amu) with an accelerated scan speed of up to 100 scans per second in some models. It has an optional 7 Tesla superconducting magnet with an axial field design that allows for operation at ultra-high resolution. MICROMASS ZQ features an extensive range of positive or negative ionization source options including electron impact, chemical ionization, fast atom bombardment, and liquid jet nebulization. It has an automated data system, providing access to a variety of data generated from the experiment. ZQ includes standard monitoring and diagnostics capabilities such as chromatogram detection, baseline noise assessment, and vacuum pressure monitoring, ensuring data accuracy for all elements. The software can also handle a variety of studies, from standard molecular weight determinations to detailed molecular analysis of proteins and other molecules. WATERS / MICROMASS ZQ is easily interfaced with other laboratory equipment, allowing for an efficient workflow. It is also capable of being upgraded with additional components to accommodate a variety of sample types and applications. It has an intuitive user interface with a digital touch screen and an intuitive operating model. Overall, WATERS ZQ is an efficient and powerful mass spectrometer designed for precision analysis of small molecules. Its easy integration with other laboratory equipment, integrated software for data management, and comprehensive diagnostic and monitoring capabilities make it ideal for applications in drug discovery, petrochemical, and proteomics research.