Used WATERS 2695 ALLIANCE #176296 for sale

WATERS 2695 ALLIANCE is a high-performance liquid chromatography (HPLC) equipment with a triple quadrupole mass spectrometry (MS) detector. This combination of technologies provides users with accurate, sensitive quantification of compounds in complex samples. The system is designed for laboratories looking for improved quality assurance and consistent, reproducible results. Its combination of triple quadrupole and HPLC technologies allows for reduced detection limits and improved specificity. Its integrated software features allow for faster method development and its automated data acquisition capabilities allow for streamlined reporting. 2695 ALLIANCE has an expansive range of features. Its quadruple mass spectrometer detector allows for greater sensitivity, enhanced selectivity, and improved quantification. This unit also uses a variety of automated remotization software so that data management can be handled remotely. In addition, the Alliance has a choice of either a quaternary or a binary gradient pump. The pump's variable flow rate allows users to employ different types of chromatographic methods such as isocratic separation, multi-gradient, or gated elution. The machine also includes accessories such as a column heater, an autosampler, and a set of gradient-compatible columns. The column heater is used to maintain ideal temperature for fast and efficient chromatographic separations. The autosampler allows for automatic injection of samples into the tool and is equipped with a sample tray. The gradient-compatible columns are designed for the separation of complex mixtures in order to achieve greater resolution. WATERS 2695 ALLIANCE is an easy to use asset with intuitive software and a simple user interface. Its automated data acquisition capability means that users can quickly analyze, report, and store data. In addition, its multiple detectors give users the flexibility to identify and separate different compounds in their samples. The model is designed for users looking for a reliable and consistent way to perform sample analysis, with accurate results every time.