Used WATERS 2996 #9225713 for sale

WATERS 2996
Manufacturer
WATERS
Model
2996
ID: 9225713
Photo diode array (PDA) detectors.
WATERS 2996 Triple Quadrupole Mass Spectrometer is a high-performance spectrometer designed for reliable, accurate and sensitive quantitative analysis of compounds. This is an advanced mass spectrometer that can measure ions, their fragmentation patterns and related metabolite analysis with great precision and resolution. 2996 is a triple quadrupole scanning electrospray ionization (ESI) mass spectrometer with four ionization and two dissociation stages. The four stages of ionization include the source, the differential mobility analyzer, the quadrupole mass filter and the transfer interface. The differential mobility analyzer beam pumps ions into the quadrupole mass filter, which then sorts the ions by mass-to-charge ratio. The sorting occurs when the electric field of the quadrupole is tuned. The transfer interface then moves the ions to the q-TOF detector where a unique Trapped Ion Mobility Spectrometry (TIMS) method is used to separate the ions by race and size. In the final stage, the ions are then detected in the q-TOF detector. The high mass accuracy of WATERS 2996 allows highly accurate and reliable quantitative results. The unique Trapped Ion Mobility Spectrometry technique of this instrument offers greater flexibility in the analysis of complex samples. It also has a low detection limit and the ability to scan selected masses with greater specificity. This spectrometer is equipped with an enhanced dynamic range, which allows the simultaneous detection of high abundance as well as low abundance analytes without overloading. 2996 also features a user friendly interface and automated programs that simplify the operation of the instrument. This spectrometer is capable of high-end separation, mass spectrometry, and quantitative analysis with unparalleled precision and sensitivity. It is a reliable and robust spectrometer that can be used in various applications including trace organic analysis, unknown metabolite identification, and quantitative bioanalytical methods.
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