Used AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 2000 #293634789 for sale

AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 2000 (ABI 2000 Series) is an advanced spectrometer designed to provide analytical laboratories with fast, accurate and stable data for a wide range of samples in molecular and elemental analysis. This spectrometer utilizes ion mobility technology to separate and detect ions in the sample. Its state-of-the-art electronics and MS software enables more thorough and detailed experiments to be carried out than ever before. AB SCIEX 2000 Series is a fully integrated benchtop scanning mass spectrometer with a wide range of detection capabilities. Its quadrupole Mass Analyzer (QMA) provides unrivalled resolution, speed and accuracy while its Ion Mobility Cell (IMC) provides quantitation of molecules with an unprecedented fast scan speed. 2000 Series also features Autotune, a fast and simple set-up tool that allows users to tune up the system in less than five minutes. APPLIED BIOSYSTEMS 2000 Series features a range of advanced technologies designed to obtain rapid, reproducible results. It is capable of analyzing both gas and liquid samples and its powerful spectrum assembly functionality allows multiple components to be analyzed simultaneously. Its software user interface is intuitive and user-friendly, allowing users to access the widest range of functions quickly and easily. MDS SCIEX 2000 Series also features automated processes to ensure minimized time and effort in sample preparation. AB SCIEX / APPLIED BIOSYSTEMS / ABI / MDS SCIEX 2000 Series has been designed with a range of advanced software functions to enable the analysis of complex samples. These include database search and statistical analysis of data. ABI 2000 is ideal for formation and tracking of ionized molecules and elements in various sample types and for routine characterization of the structure and composition of samples. AB SCIEX 2000 Series is a highly accurate and reliable system offering fast and efficient measurement of complex samples with high repeatability.