Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 3000 #110884 for sale

APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 3000 is a powerful and reliable liquid chromatograph-mass spectrometer (LC/MS) used for analyzing a variety of compounds in complex biological samples. This LC/MS system is designed for separating, scanning, and identifying compounds in an ever-growing variety of matrices. It combines an ABI API 3000 triple quadrupole mass spectrometer with a high-performance binary pump/Fused-Core™ column, a turbo-V™ ion source, and a TurboFlow™ interface. MDS SCIEX API 3000's Agilent Fusion® API Triple Quadrupole Mass Spectrometer, with a mass range of m/z 100 - 3000, and a unit resolution, is capable of simultaneous detection of multiple analytes and labeling with isotope-labeled internal standards. This double quadrupole enables enhanced confidence in the identification and accurate quantitation of complex samples. The use of precise clutch and drive systems ensures superior speed and accuracy in broad scan modes. API 3000's high-performance pumping systems and Fused-Core columns make it possible to assay multiple compounds in a single run and a short analysis time. The FlowSmart™ Technology in combination with the TurboFlow™ interface allows for precise separations on the separation bed. This maximizes compound resolution, minimizes analyte overlap, and allows for precise control of the leading and trailing edges of peaks. The powerful and reliable APPLIED BIOSYSTEMS API 3000 TQMS also offers extensive post-acquisition software tools that allow for efficient data manipulation and workflows. user-friendly software from SCIEX, Analyst® QS, and PeakView provides easy access to the instrument and allows for advanced searches and analysis. The SCIEX software also enables calculation of retention time shifts, peak area, and other important parameters for quantification. APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 3000 TQMS is an invaluable tool for analyzing compounds in a variety of complex biological samples. It offers superior performance with improved control on the chromatographic separations, dramatic improvement in sensitivity and selectivity, and enhanced throughput. The integration of advanced software and hardware provide robust, reliable results while its user-friendly workflow and software make it easy to operate. The extensive data manipulation tools allow for improved quantification and identification of compounds in a fast, efficient manner.