Used THERMO SCIENTIFIC Q Exactive HF #293654557 for sale

THERMO SCIENTIFIC Q Exactive HF is a high-performance quadrupole Fourier transform ion cyclotron resonance (FT-ICR) spectrometer. This instrument utilizes the latest FT-ICR technology to enable ultra-high resolution and sensitivity for the analysis of complex matrix samples. It achieves routine resolution of 50,000 (m/Δm), and up to 600,000 (m/Δm) for high-resolution studies. Q Exactive HF is ideal for a range of applications, including metabolomics, proteomics, and food and environmental science. This powerful instrument is capable of mass and exact mass measurements over a 2 u-mass range with ultrashort or nanospray source and ESI source. In addition, THERMO SCIENTIFIC Q Exactive HF has the capability to effectively measure ions as low as femtomoles. The user-friendly Q Exactive HF requires minimal setup and provides a platform for rapid analysis. Its advanced capabilities allow users to easily perform high-resolution data acquisition and analysis with routinely available components and can automatically switch between magnetic field settings. The instrument features a large active area and an improved octupole lens for improved sensitivity and resolution. The design of THERMO SCIENTIFIC Q Exactive HF ensures thermal stability and mechanical integrity over long data runs. The instrument also includes a gas-filled, Einzel lens to ensure the housing remains at cryogenic temperatures for optimal performance and sensitivity. In addition, Q Exactive HF is tailored for optimal robustness and ease-of-use with a streamlined user interface. The combination of high performance and accessibility of THERMO SCIENTIFIC Q Exactive HF makes it an ideal choice for any laboratory. With its impressive specifications, Q Exactive HF is the perfect instrument for advanced and routine sample analysis. With its combination of high resolution, sensitivity, and flexibility, THERMO SCIENTIFIC Q Exactive HF is an ideal solution for research laboratories looking to capitalize on the latest advances in FT-ICR science.