Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX Triple TOF 6600 #293650953 for sale

APPLIED BIOSYSTEMS / ABI / MDS SCIEX Triple TOF 6600 is a powerful and versatile mass spectrometry equipment designed to meet the demands of today's researchers. It uses a combination of three mass analyzers - a quadrupole, an orthogonal time-of-flight (TOF), and an electron multiplier detector - for greater sensitivity and the highest resolution available in the industry. This system is capable of running three simultaneous mass spectrometry modes - positive and negative ionization, scan, and SIM (single-ion monitoring) - to provide a wealth of qualitative and quantitative information. The quadrupole mass filter of ABI Triple TOF 6600 allows for comprehensive mass analysis, with an adjustable high-resolution mass filter for stable isotope pattern recognition. It also offers several unique features including Enhanced Dynamic Multiplexing (EDM) for faster data acquisition and the ability to measure spectrum with impressive resolution. It comes equipped with a wide range of advanced tools and accessories, including multiplexing linear and cyclic scan functions, polarity switching, "any type" sample introduction, and integrated software. The orthogonal TOF of this unit has been designed to maximize speed and resolving power, enabling researchers to pursue complex, multi-step deconvolution. Furthermore, the TOF's dedicated AC/DC circuits, with variable amounts of voltage, provide higher sensitivities and higher mass range. The electron multiplier detector offers reliable and high-sensitivity detection of a wide range of sample types, from small molecules to large biomolecules. MDS SCIEX Triple TOF 6600 is easily integrated with a broad range of sample introduction systems, including SRCS, microplate-based autosamplers, and liquid chromatography. Operated with intuitive software, this machine provides reliable performance, advanced data analysis, and excellent chromatographic resolution. In addition, it has been designed to maximize speed and productivity in the lab, making it the perfect choice for high-throughput research.