Triple Quadrupole Gas Chromatograph Mass Spectrometer

GCMS-TQ8030 triple quadrupole gas chromatograph mass spectrometer triple quadrupole GC-MS GCMS-TQ8030 video presentation to achieve "faster," "more accurate", "smoother" analysis of triple quadrupole Gas chromatography mass spectrometry is "GCMS-TQ8030". UF assembled the most sophisticated technology. High sensitivity? High selectivity fast performance? Shimadzu's unique ion source to obtain higher sensitivity? UFsweeper uses a unique collision cell technology, MRM speeds over 600 channels / sec? Unique OD Lens technology reduces neutral noise? 20,000 u / sec and fast scanning technology with ASSP? Colorful measurement mode to achieve more selective? support any acquisition mode while monitoring. Such as Scan / MRM while scanning, use MRM to obtain accurate quantitative information obtained while Scan data for accurate characterization. Ease of operability and design? AART function automatically corrects MRM retention time? Easy sTop feature reduces downtime and maintenance time? Both design and functionality of the device is designed C / MS / MS MRM measurement of GC / MS retention time can be and mass spectra confirm the compounds. Often used for analysis of trace substances. However, this work has become very difficult in complex matrices. GC / MS / MS to provide multiple reaction monitoring (MRM) mode for two-step ionization ion. Selective significantly better than the GCMS. In complex matrices, even if the target compound or SIM Scan mode can not get the results, using MRM mode can clearly be detected. For example, the analysis of pesticide residues in food. GC-MS mode based on a single high-sensitivity analysis GCMS-TQ8030 high sensitivity ion source and OD lens, can efficiently and selectively detect ions generated. MRM is not only the determination of GC / MS / MS-based, and, in the GC / MS SCAN and SIM assay also achieved high sensitivity. UFsweeper efficient removal of product ions in the collision cell UFsweeper Shimadzu's unique technology, will be reduced to the required minimum length of the collision cell, to achieve high efficiency and fast transmission CID ions. Is continuously removed by quickly forming an analog potentiometer as shown below, and enter the interior of the ion collision, even in the rapid determination can also be effectively suppressed signal strength decreases, and crosstalk problems. Based ASSP? Quick scan analysis as to improve laboratory efficiency and achieve a higher degree of data analysis methods, people are looking forward to improve the efficiency of the analysis utilizing Fast-GC / MS method to Scan and SIM or Scan / MRM accurately measured simultaneously Compound qualitative / quantitative analysis, which requires mass spectrometers fast performance than ever before. Internal hardware design GCMS-TQ8030 it equipped with optimized full scan ion transport speed design. This technique is called high-speed scanning control technology (ASSP?), It is the key to high-quality spectrum at up 20,000u / sec high-speed acquisition gain. Rapid determination of the corresponding MRM Fast-GC / MS peak elution time is very short, sharp peaks, the need for fast MRM assay. 20,000u / s high-speed scanning capability and Ufsweeper technology enables rapid MRM become possible following figure when 600 channels / sec of 13 kinds of medicines Fast-GCMS measured spectra. Retention time is automatically adjusted AART (Automatic Adjustment of Retention Time) Easy sTop significantly reduce maintenance time means the method document and GCMS-QP2010 Series match GCMS-TO8030 can be used as single quadrupole GCMS use. Existing single quadrupole GCMS method instrument parameters can be called directly as the instrument parameters during MRM. GCMS and with GCMSMS software using the same operating platform, users can easily grasp.