Used AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 4500 #293660612 for sale

AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 4500 is a top-of-the-line spectrometer designed for the accurate and precise measurement of biological molecules. This equipment is a quadrupole time-of-flight (QTOF) tandem mass spectrometer that offers a holistic view of all the phases of a molecule's life-cycle. ABI 4500 contains a powerful quadrupole analyzer system that enables simultaneous detection and location of individual elemental masses in a given sample. The unit also includes a dual-element detector machine, allowing for simultaneous ionization of both the parent compounds and product ions. This allows for high-resolution identification, quantification, and confirmation of the presence of individual species in a sample. Furthermore, the tool provides an ultra-high resolution (UHR) source-detector separation of between 15 and 20mm, resulting in superior dynamic range and exceptional sensitivity. This dynamic range also contributes to the ability of AB SCIEX 4500 to precisely identify and quantitate species at low concentration levels. In addition to its high-quality and high-resolution analysis capabilities, MDS SCIEX 4500 is designed to operate with extreme environmental conditions. For instance, it can be operated in temperatures up to 40C, enabling operation in extreme temperature ranges. Furthermore, it has a zero-crossing voltage of up to 10kV and can be controlled by specialized programs that enable optimized operation. 4500 also has a high-throughput mode of operation and can obtain up to 5,000 spectra per second, giving the asset exceptional speed. Finally, the model includes a set of sophisticated software tools that offer real-time data processing and statistical evaluation. This includes features that allow for the analysis of large datasets and long-term studies. Overall, APPLIED BIOSYSTEMS 4500 has all the features and performance necessary to meet the most demanding situations. It provides high-quality, high-resolution results coupled with extreme environmental resistance and high throughput. Together, these features allow for the best analysis possible.