Used SHIMADZU LCMS-IT-TOF #9290902 for sale

SHIMADZU LCMS-IT-TOF is a powerful spectrometer designed for use in both qualitative and quantitative analysis. The instrument features an ultra-sensitive ion mobility separation equipment, a linear ion trap (IT) combined with a time-of-flight (TOF) mass spectrometer, and an on-line liquid chromatography system. LCMS-IT-TOF offers the highest resolution, mass accuracy, and sensitivity for all forms of mass spectrometry. It has been proven effective for a wide range of applications including biomarker identification, drug discovery and screening, metabolomics, and proteomics. Using the IT/TOF technology, the instrument can operate from low single-digit m/z (mass/charge ratios) up to six digits. For m/z ratios larger than 6500, the instrument can easily detect multiple peaks without significant tailing, making it perfect for dealing with compounds of low mass. It also enables the use of internal calibration standards, allowing for improved mass accuracy and reproducibility SHIMADZU LCMS-IT-TOF features a fast multi-turn ion transport unit with a segmented IT structure. This allows for numerous analyses to be performed on the same sample while reducing the number of data points obtained. In addition, the IT/TOF combination improves detection sensitivity and enhances the accuracy of the data interpretation. LCMS-IT-TOF also has an on-line liquid chromatography (LC) machine with a wide variety of HPLC/UPLC columns. The LC/MS tool allows for direct analysis of the sample without pre-treatment and the injection of low volumes of sample. The combination of LC and IT/TOF increases the selectivity, sensitivity, and speed of analysis. Overall, SHIMADZU LCMS-IT-TOF has been designed to provide the highest performance and accuracy. The asset offers high resolution, sensitivity, and mass accuracy. The combination of ultra-sensitive ion mobility separation and the LC/MS model makes it ideal for multiple applications. Furthermore, the fast multi-turn IT/TOF structure and the LC equipment facilitate quick analysis of small sample volumes.