Used THERMO FINNIGAN LCQ Duo #9258902 for sale

THERMO FINNIGAN LCQ Duo is a compact, versatile tandem quadrupole mass spectrometer that offers a variety of analytical capabilities and high sensitivity with both available electrospray and atmospheric pressure chemical ionization sources. This spectrometer is equipped with an in-house developed high performance ion optics equipment, offering robust operation in the resolution and scan speed of the instrument. The efficient design of the system ensures maximum performance, as the robust, high resolution, and fast scanning electron multiplier detectors can detect a wide range of doubly and triply charged ions, even in analytically challenging samples. These features make it an ideal choice for comprehensive characterization of proteins and other complex biochemical samples. LCQ Duo has the unique capability to perform multiple ionization techniques in a single run, such as electrospray and atmospheric pressure chemical ionization, allowing for a high degree of flexibility and number of experiments that can be performed in a single run. THERMO FINNIGAN LCQ Duo is controlled by Xcalibur software, which is designed to control and analyze the resulting data collected by the unit. This software offers an extensive variety of features to control the machine and analyze the data. In addition, the ion source of LCQ Duo is built to accommodate both standard flow injection protocols and high resolution mass spectrometry. The standard flow injection protocols allow for a minimum of sample preparation and is a very effective approach for discovering novel compounds in matrix samples. High-resolution MS further increases the performance of THERMO FINNIGAN LCQ Duo by separating components with different m/z values. LCQ Duo offers a flexible detection range, from sub-parts per million trace level detection to ion intensities greater than 10000 counts per second. The quantitative data generated by THERMO FINNIGAN LCQ Duo is of top quality and high accuracy. The instrument is also capable of robust, reproducible separations during chromatographic runs, and the possibility to tune the instrument for measurement of different compounds. The tool is extremely mobile, allowing users to move and use it in different laboratories and sites. In addition, it has low operating cost, laser-focused ion optics, robust and reproducible separations, and real-time data collection, making it a very attractive instrument for a variety of applications. With all of these available options, it is an ideal choice for researchers looking to perform comprehensive characterization experiments on proteins and other complex biochemical samples.