Used AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 3200 Qtrap #9383183 for sale

AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 3200 Qtrap is a state-of-the-art tandem mass spectrometer characterized by its high speed, sensitivity, and robustness. Its advantages include its exceptionally high multiple reaction monitoring (MRM) speeds, its superior ABI Ultrascan ion trap performance for identification of analytes, and its ability to detect very low concentrations of complex samples. ABI 3200 Qtrap utilizes the API 3200 spectrometer, a triple quadrupole mass analyzer. This tandem mass spectrometer allows efficient gas phase ion reactions, which can help to achieve high performance and accuracy for peptide analyzes. It also features low endogonous interference, allowing the detection of low concentrations of complex analytes. AB SCIEX 3200 Qtrap also features a IonDrive ion optics, which allows for enhanced performance by providing better sensitivity while using less energy. This system allows for maximum ion transmission to be achieved while still preserving resolution. The 3200 System utilizes an ion source which allows for greater flexibility in terms of ionization techniques, which results in improved performance. APPLIED BIOSYSTEMS 3200 Qtrap also utilizes its own CXP Automated Calibration System (CACS) which allows for fast and reliable calibrations. This ensures that the instrument performs at its optimal level, allowing for accurate and precise data acquisition. The CACS also allows for easy and automated calibration, giving greater confidence in the results. 3200 Qtrap also features AB SCIEX Turbo V Source, an innovative source that provides fast and efficient ion transfer from liquid sample to the mass spectrometer. This provides quicker and more accurate mass spectrometry analysis. Overall, MDS SCIEX 3200 Qtrap is a highly versatile and powerful tandem mass spectrometer. Its combination of high speed, sensitivities and robustness makes it a great choice for applications in the field of proteomics, metabolomics, peptidomics, and pharmaceutical studies.