Used WATERS 996 #9165352 for sale

WATERS 996 is a state-of-the-art triple quadrupole liquid chromatography mass spectrometer (LC/MS/MS) designed for use in life science and biotechnology research. Featuring an advanced differential mobility spectrometry (DMS) module, 996 is capable of quickly and accurately detecting and quantifying ions and molecules in a wide variety of sample matrices. WATERS 996 system comprises of a series of components which work together to separate, detect and measure the concentration of ions and molecules. The sample introduction module contains a rotary evaporator, which evaporates the sample to be analyzed into a liquid form that is suitable for LC/MS/MS analysis. The fast ramping differential mobility spectrometer (DMS) component is used to ionize the sample prior to detection. The triple quadrupole mass spectrometer component is an analytical tool used to separate and measure the ions found in the sample. The component works by applying two pulses of electrical energy onto the sample to separate the ions based on their mass-to-charge ratio. Finally, the data acquisition and analysis software component is used to collect and analyze the ions detected by the triple quadrupole mass spectrometer. 996 boasts outstanding levels of performance, precision and accuracy. Its linear ion mobility module has a low drift rate and a high ion transmission rate, resulting in rapid data collection. The mass spectrometer is capable of detecting single ions with a resolution of up to 5000, allowing for the identification of small molecules. The DMS ionization module is efficient and gentle, minimizing the fragmentation of sample molecules. The integration of these three modules into one system makes WATERS 996 one of the most accurate and sophisticated LC/MS/MS systems available. Overall, 996 is a powerful and versatile LC/MS/MS system capable of quickly and accurately quantifying and detecting ions in a wide variety of sample matrices. Its advanced components provide excellent resolution and sensitivity, making it the ideal choice for life science and biotechnology research.