Used THERMO SCIENTIFIC Q Exactive HF #293802175 for sale

THERMO SCIENTIFIC Q Exactive HF is a high-performance hybrid quadrupole-Orbitrap mass spectrometer designed for quantitative, qualitative, and structural analysis of complex samples. Its advanced Orbitrap analyzer provides ultra-high accuracy and high-resolution with a wide dynamic range over a wide mass range. The Exactive HF is equipped with a powerful pulse-counting detector, providing the necessary sensitivity, repeatability, and wide dynamic range to easily measure small molecules, while the fourier transform ion cyclotron resonance (FT-ICR) technology is used to measure the accurate mass of high molecular weight compounds. The Exactive HF offers superior sensitivity and resolution combined with ease of use and low maintenance. Its pulsed-ion injection capabilities enable fast and accurate quantitation of complex samples, and the use of multiplexing offers the capability to simultaneously analyze even more complex samples. Its fast scan speeds and robust 2D data acquisition capabilities enable structural characterization of low and high molecular weight compounds. The Exactive HF also offers a range of automated sample handling and data processing options, such as Reporter ID and SISCAPA assays to enable faster screening and quantitation of gene expression and or biomarker targets. The Exactive HF includes several advanced features to maximize throughput and increase sensitivity. The use of the optional Thermo Clarity Automation Solution enhance sample handling and data analysis, while the triple quadrupole and ion trap mass analyzers provide the selectivity and sensitivity necessary for quantitative, qualitative and structural analysis. The DIONEX IonBridges and RadianceTM software provide superior data analysis for targeted and untargeted metabolomics and proteomics applications. Q Exactive HF can be operated in either positive or negative mode, enabling comprehensive quantitation and profiling of analytes of interest. The Exactive HF also offers advanced data processing capabilities, including high-precision data alignment, automated MS(n) deconvolution, and automated report generation. The patented pulse-counting MRM method can multiplex up to 30 MRM transitions per scan, allowing zero dead-time analysis of even large groups of analytes. The UPLC-MS Compatibility functions allow the instrument to recognize data peaks generated by a UPLC-MS system, improving target acquisition and characterization in multiple reaction monitoring (MRM) experiments. This powerful, comprehensive mass spectrometer has been designed to provide superior performance, with lower noise and better peak shape than other similar technologies. This makes it an excellent choice for researchers in the fields of proteomics, metabolomics, biomarker discovery, and drug development.