Used APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 2000 #293685666 for sale

APPLIED BIOSYSTEMS / ABI / MDS SCIEX API 2000 is a high performance liquid chromatography tandem mass spectrometry equipment (LC/MS/MS) designed with sensitivity, selectivity, and speed in mind. Its main components include an electrospray ion source, an ion optics system, a collision cell, and an ion detector. Anisotropic electrospray ionization (AESI) technology is employed to ensure ionization efficiency and provide high-purity ions for injection into the mass spectrometer. An efficient ion optics unit is designed to maximize detection efficiency and provide optimal resolution for both precursor and product ions. The collision cell is used to induce fragmentation of precursor ions under a controlled environment which yields product ions suitable for detection. Finally, an advanced ion detector is incorporated into the machine which can measure ions over a wide range of concentrations. ABI API 2000 tool is capable of both highly selective and sensitive analyses. It utilizes advanced programming in a highly sensitive ion detector to greatly reduce background noise and to accurately measure ion concentrations in extremely low concentrations. This helps to improve the accuracy and resolution of peptide and protein analyses. Additionally, due to its design, MDS SCIEX API 2000 is capable of rapidly analyzing many different samples without any performance penalty. API 2000 also has application-specific software programs which allow users to customize measurement processes. This helps to ensure that the asset is performing optimally for each specific experiment and that its overall performance is consistent. APPLIED BIOSYSTEMS API 2000 is a powerful and versatile LC/MS/MS model. Its excellent sensitivity, selectivity, and speed help to make it one of today's most trusted analytical tools. With its advanced programming capabilities, customizable settings, and user-friendly software programs, it is a highly valuable tool in the laboratory—capable of analyzing a wide variety of samples quickly and effectively.