Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX TOF/TOF 5800 #9233100 for sale

ABI TOF/TOF 5800 is an advanced, mass spectrometer equipment specifically designed for protein sequencing and biomarker identification. It is the next level of tandem time-of-flight mass spectrometer, offering a range of features such as advanced peptide sequencing, full scan data-dependent acquisition capabilities and optimized peptide M/Z detection sensitivity. The TOF/TOF 5800 utilizes a triple-stage quadrupole linear ion trap as the primary ion source. This ion source is capable of generating ions and subsequently sampling them within time-of-flight detector systems. The TOF/TOF 5800 also incorporates a triple-stage tandem time-of-flight strategy for maximum sensitivity and resolution of the detected peptide mass spectra. This means that the system is able to distinguish between different peptide ions with the same nominal mass. The unit features DigiMizer, a novel tool that allows researchers to determine the mDr masses of various peptides. This helps the scientists to quickly and accurately quantify the levels of peptides in their proteomic analysis. In combination with the triple-stage quadrupole linear ion trap and triple-stage tandem time-of-flight, DigiMizer technology provides researchers with unparalleled accuracy and sensitivity for peptide quantification. In addition, the TOF/TOF 5800 boasts a high-precision, high-sensitivity three-dimensional cell count machine. This tool allows for quantitative sample tracking, while at the same time ensuring sample integrity. Furthermore, the asset features a high-efficiency position read/write model that ensures precise data-storage and retrieval. Overall, MDS SCIEX TOF/TOF 5800 is a highly advanced, highly sensitive mass spectrometer that offers unparalleled accuracy and sensitivity for peptide quantification. Its wide range of features, including a triple-stage quadrupole linear ion trap, triple-stage tandem time-of-flight, DigiMizer technology, high-precision three-dimensional cell count equipment and high-efficiency position read/write system, make it an ideal choice for researchers engaged in proteomics and biomarker identification.