Used THERMO FINNIGAN LTQ FT #9215865 for sale

THERMO FINNIGAN LTQ FT is a high-end Fourier transform ion cyclotron resonance (FT-ICR) mass spectrometer, manufactured by Thermo Fisher Scientific. It is a powerful tool intended to perform in-depth investigations of complex molecules, including proteins, peptides, glycoproteins, oligosaccharides and phospholipids. The system uses a combination of a quadrupole mass filter and a pulsed electromagnetic field to separate a sample into its different components, each of which can then be individually resolved and analyzed. The instantaneous inertial focusing of ions is driven by a combination of a quadrupole mass filter and a pulsed electromagnetic field in order to create a stable, reliable environment for ion separation, allowing for accurate mass analysis. Using this technique, ions are rapidly and efficiently focused at the center of the magnet. To ensure accurate measurements, the ThermoFINNIGAN LTQ FT incorporates an efficient beam steering scheme, automated drift compensation mechanism, automatic gain control, and active feedback control. The ThermoFINNIGAN THERMO FINNIGAN LTQ FT is also capable of high resolution and accurate mass analysis. The scan rate is adjustable from 15-1500 scan/s and the maximum recorded mass resolving power is > 800,000, which allows for highly detailed, precise results. It also has a wide dynamic range of 850 m/s^2, and ion beam steering bias of +/-60V. This mass spectrometer is also equipped with an active-dwell particle detection, allowing for a high resolution of short-lived ions. LTQ FT also offers several other features, such as an in-line source for sample cooling, the possibility of real-time change of temperatures and magnetic field in an experiment, direct transfer of samples to the mass spectrometer, and auto-refocusing of ionic images. It is also capable of detecting isolated single charged molecules with PTR-QIT and MR-TOF detection. Overall, the ThermoFINNIGAN THERMO FINNIGAN LTQ FT is a powerful, versatile tool, suited for a wide range of applications. Its combination of robustness, accurate and detailed results, precise control of magnetic and temperature settings and efficient beam steering makes it an ideal instrument for a wide range of scientific and industrial applications.