Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX 3200 Qtrap #9232963 for sale

APPLIED BIOSYSTEMS / ABI / MDS SCIEX 3200 Qtrap is a high performance liquid chromatograph-mass spectrometer (LC-MS/MS) equipment designed for enhanced small molecule quantification and target identification. It is a powerful and versatile tool used in numerous research and industrial applications. ABI 3200 Qtrap system is equipped with four Ion Trap Quadrupole rods and a quadruple linear Ion Trap (QTRAP) placed between the direction sources and analyzers. It is capable of performing simultaneous parallel quantitative and qualitative analysis. The instrument is also equipped with an atmospheric pressure interface (APCI) for the direct analysis of volatile, non-electrospray ionizable compounds. Thanks to its design and features, MDS SCIEX 3200 Qtrap unit adds an extra dimension of sensitivity and selectivity compared to regular triple-quadrupole systems, helping improve the accuracy and reliability of laboratory results. This provides accurate identification and quantitation of a wide range of molecules, including small molecules such as peptides, proteins, and metabolites. The machine is equipped with an integrated Turbo spray source for sensitive electrospray ionization (ESI) and multiple reaction monitoring (MRM). It also includes multiple sources of fragmentation fragmentation techniques, such as collision-induced dissociation (CID), infrared multiphoton dissociation (IRMPD) and electron-transfer dissociation (ETD), in order to provide additional structural elucidation and quantifying capabilities. A choice of autosamplers is available to load samples into the tool. Followed by the chromatography and mass spectrometry, the asset can be configured with a range of software, such as Analyst or MultiQuant, for rapid data analysis or to provide access to the cloud for dedicated algorithms and real-time exclusion. APPLIED BIOSYSTEMS 3200 Qtrap is a reliable and powerful tool for customers who require enhanced efficiency with optimised performance in the lab. The model offers a good combination of sensitive, selective, and robust MS/MS capabilities which make it suitable for a wide range of research projects and enables researchers to obtain valuable insights into the structure and function of organic molecules.