Used THERMO FINNIGAN LTQ LC/MS/MS #136241 for sale

THERMO FINNIGAN LTQ LC/MS/MS is a quadrupole linear ion trap (LTQ) tandem mass spectrometer that combines the power of triple quadrupole technology and linear ion trap technology. The instrument features a high-resolution Quadrupole Ion Trap which achieves maximum sensitivity and speed. The LTQ includes a triple-axis linear ion trap and a quadrupole mass analyzer in a single mass spectrometer for advanced selectivity. It also offers fast and precise kinetic energy discrimination, allowing for the detection of multiple isotopic species in a single chromatographic peak. The LTQ allows for increased sequential precursor/fragment selection and provides superior selectivity for complicated sample analyses. This type of spectrometer has been used for characterization of complex mixtures, quantitation of unstable compounds, and isothermal and multi-temperature data acquisition. It is the ideal choice for pharmaceutical drug research, environmental analysis, and forensic analysis applications. The LTQ system features a dedicated high speed scan, enabling faster scanning of data points and a wider dynamic range. A special double focusing lens allows the mass analyzer to perform faster, with increased precision. The instrument also features a highly sensitive Electron Multiplier Detector (EMD) which is optimized for highest sensitivity in spectra analysis. The LTQ system is highly customizable, providing optimal performance in different applications. It is scalable and compatible with multiple hardware and software packages, allowing the user to choose the features needed for the desired method. It also includes a variety of tools for data processing, including software for peak identification, peak integration, and peak repair. Overall, THERMO FINNIGAN LTQ LC/MS/MS is a reliable and highly effective spectrometer. It delivers robust performance in a wide range of applications, such as characterization of complex mixtures, quantitation of unstable compounds, and forensic analysis. The highly sensitive dynamic range and high speed scanning capabilities make this system a go to instrument for many researchers.