Used WATERS / MICROMASS XEVO TQ-S micro #293647887 for sale

WATERS / MICROMASS XEVO TQ-S micro is an advanced spectrometer designed for the highest attainable performance in high resolution and triple quadrupole mass spectrometry. It has been developed to provide superior sensitivity, linearity, and scan speed in a single platform. WATERS XEVO TQ-S micro is a high-performance triple quadrupole mass spectrometer that features both a narrow-band ion optical system and a fast scanning device, enabling it to measure multiple masses simultaneously at high resolution. Its multi-stage ionizer is also optimized for use in chemical analysis, and its auto MS/MS scanning mode allows users to optimize fragmentation and data acquisition. MICROMASS XEVO TQ-S micro is also equipped with an advanced user interface, allowing users to easily program, monitor, and control the instrument. With its intuitive and easy-to-use color touch screen, operators are able to quickly adjust parameters and monitor activity. It also familiarizes users with techniques such as ESI, APCI and TQMS. Furthermore, it is capable of providing detailed information about the sample including molecular weight, component composition, and isotopic distribution. XEVO TQ-S micro is widely known for its reliable performance, accuracy, and high-throughput. It is widely used in multiple applications such as peptide mapping, metabolite identification, metabolomics, and trace level analysis. With its robust operation and extreme sensitivity, it ensures users with accurate and reliable results. In addition, WATERS / MICROMASS XEVO TQ-S micro can quickly and efficiently identify, quantitate and analyze unknown compounds present in samples. In summary, WATERS XEVO TQ-S micro spectrometer is a powerful tool for conducting advanced chemical analyses. Its high-resolution and speed, combined with its intuitive user interface and powerful performance, make it a reliable and user-friendly choice for many laboratories. MICROMASS XEVO TQ-S micro spectrometer delivers highly-detailed analytical information with precision and accuracy, allowing users to confidently determine components of complex mixtures.