Used APPLIED BIOSYSTEMS API 4000 #9047979 for sale

APPLIED BIOSYSTEMS API 4000 is a mass spectrometer designed for the analysis of biomolecules. It utilizes a triple quadropole ion trap, which has four rods arranged in a linear configuration to manipulate the trajectory of ions according to m/z values, and is equipped with TurboV ion spray technology for mass spec analysis. API 4000 has a wide range of applications, including protein and peptide sequencing, biomolecular drug screening and assay development, and the detection and quantification of small molecules. It is also useful for the structural elucidation of novel compounds, complex spectra analysis and the characterization of biopharmaceuticals. APPLIED BIOSYSTEMS API 4000 is equipped with a Curie heat transfer system for rapid acquisition and cooling of ions prior to fragmentation. It also features a dual ionizing source to optimize the ionization of different types of analytes. The system has a fast scan rate of 10000 amu/s and can analyze molecules thousands of times heavier than conventional mass spectrometry systems. API 4000 also possesses an auto spray chamber designed to maximize ion transfer efficiency, allowing it to analyze a wide variety of samples quickly and accurately. APPLIED BIOSYSTEMS API 4000 has a very low detection limit of approximately 50 Da and offers a dynamic range of up to 8 orders of magnitude. It also includes software and firmware enhancements to allow the user to quickly and easily acquire data and analyze complex mixtures. The data can be viewed in various formats such as profile or centroid mode, allowing for quick identification of peaks in a spectrum. In conclusion, API 4000 is a mass spectrometer designed for the analysis of biomolecules, with applications ranging from drug screening and assay development, to the detection and quantification of small molecules. It includes a wide range of features, such as a fast scan rate, low detection limit and dual ion sources, as well as software and firmware for ease of data acquisition and analysis. Its compact size and high level of performance make it an ideal choice for a wide range of mass spectrometry applications.