Used WATERS Alliance 2695 / 2996 #9206146 for sale

WATERS Alliance 2695 and 2996 are a series of high performance liquid chromatography (HPLC) systems that are used in laboratories for identification and analysis of compounds in a sample. The systems are comprised of a range of components including a controller, pumps, detector, columns, oven, and autosampler. The controller is the brains of the equipment and it controls the performance of the pumps, detector, and autosampler. The controller allows for manual or automated operation of the system. It also features user friendly software for chromatograms, data integration, and control of the various components. The pumps are responsible for delivering the mobile phase to the detectors and columns. The pumps can provide a variety of flow rates enabling them to be used in different applications. The detectors are used to detect compounds that are eluting from the columns. The detectors are equipped with multiple types of detectors such as ultraviolet (UV), fluorescence (FLR), diode array (DAR), and refractive index (RI) detectors. They are capable of detecting trace levels of compounds. The columns are the stationary phase that retains and separates the compounds within a sample. The columns range from analytical to preparative sizes depending on the application. The oven enables precise control of the temperature of the columns and components. This helps to maximize performance of the unit for the analysis of compounds. The autosampler also known as an autosyringe injects samples into the chromatography machine for analysis. The autosampler can load samples from multiple sources and it is capable of handling various sample types. WATERS Alliance 2695 and 2996 are ideal for laboratories that require a versatile HPLC tool capable of handling a variety of samples. The systems are extremely dependable and capable of producing precise and accurate results. With the combination of multiple detectors and control parameters, the asset is suitable for different types of analytical chemistry applications.