Used THERMO FINNIGAN Trace GC #9109191 for sale

THERMO FINNIGAN Trace GC is a Gas Chromatography (GC) equipment that uses time-of-flight mass spectrometry (TOF-MS) technology. It produces masses and ion intensities for chemical compounds that are separated and detected by the system. Trace GC is designed for high resolution analysis with low limit of detection and excellent accuracy. The unit's design features a heated capillary injector heated to 340°C and a quartz tube ion source heated to 450°C. This combination of temperatures in the capillary injector and ion source provides a highly efficient ionization environment. The ions are then directed into the time-of-flight mass spectrometer which separates them based on their different mass-to-charge ratios. The masses and ion intensities are measured and displayed by the machine and are used for chemical analysis. The tool also includes a high-performance capillary column which maximizes the resolution of the mass spectrometer. It is designed to provide excellent separation of chemical compounds without compromising signal intensity or resolution. The asset's attributes allows for highly accurate data acquisition and efficient mass spectral analysis for both qualitative and quantitative purposes. Additionally, THERMO FINNIGAN Trace GC includes an intuitive controller for controlling the various components of the model, including the capillary injector and ion source. This allows for efficient setup and operation and data acquisition rates of up to 10 scans per second. In summary, Trace GC is an advanced gas chromatography equipment that utilizes time-of-flight mass spectrometry for efficient and accurate chemical analysis. Its design features a heated capillary injector and quartz tube ion source for improved ionization and a high-performance capillary column for superior separation and resolution. Along with its intuitive controller, data acquisition rates of up to 10 scans per second, and low detection limit, THERMO FINNIGAN Trace GC is an ideal system for a variety of chemical analyses.