Used PERKIN ELMER Optima 7000 DV #293605839 for sale

PERKIN ELMER Optima 7000 DV is a high-performance triple-quadrupole spectrometer designed for advanced quantitative and qualitative structural analysis. This spectrometer is equipped with advanced detection technologies and incorporates a equipment that allows for simultaneous dual-channel detection up to eight times faster than previous generations of triple-quadrupole systems. Its high-resolution ion optical design, advanced ion optics features, and optimized software, make it one of the most efficient spectrometers available for the identification and quantification of compounds from complex samples. Optima 7000 DV has a newly-designed ultrafast, ultra-sensitive ion source with improved resolution and detection limits. The ion source is equipped with an improved ion optics system for increased analyte transmission and accuracy, increased stability, and improved sensitivity. This unit also incorporates two dynamic filters, two multi-slit apertures and automated scan capabilities to optimize ion transmission and maximize ionization efficiency. PERKIN ELMER Optima 7000 DV also offers advanced mass spectral processing capabilities, such as full-scan MS/MS, scanning dynamic MS/MS, automated (instrument) scan, and comprehensive spectral analysis and quantitation capabilities. It can be used to generate and analyze MRM, ECD and SIM data, providing significantly improved dynamic range. This versatile spectrometer can be used to monitor a variety of metabolites, peptides, and proteins in a more robust and reliable manner. Additionally, Optima 7000 DV incorporates advanced user interface features, including a dedicated Web server interface and an intuitive graphical user interface. The machine also features automated background subtraction and drift correction, in addition to dedicated maintenance tools to ensure optimal instrument performance. PERKIN ELMER Optima 7000 DV is an advanced triple-quadrupole spectrometer equipped with comprehensive detection, quantitation, and processing capabilities for high-precision structural analysis. Its high-resolution ion optics, advanced ionization techniques, and powerful mass spectral processing capabilities make it well-suited for a wide range of applications, such as metabolomics, proteomics, peptidomics, flavonoid profiling, and quantitative small molecule analysis.