Used WATERS Acquity H Class Stack #9288660 for sale

WATERS Acquity H Class Stack is a high-performance liquid chromatography (HPLC) stack that combines advanced pumps, hardware, software, and service that makes it ideal for a variety of laboratory needs. It utilizes the latest technological features to ensure the highest quality sample analysis and efficiency of its equipment. The versatile Acquity H Class Stack utilizes the flexible OpenLynx software to control its functions and allow the user to customize settings. It offers the latest in HPLC technology with its comprehensive range of advanced pumps. These pumps provide a wide range of flow rates, from 0.001 microliters per minute to 25 liters per minute, allowing for flexible sample preparation and the ability to handle a variety of sample matrices. WATERS Acquity H Class Stack also features an advanced degasser system. This unit is capable of removing dissolved gases from the solvent stream, as well as removing the air bubbles which can otherwise cause serious damage to the LC equipment. The stack also includes a high-performance detector, such as WATERS ACQUITY TQD or Xevo TQS, for capturing and rendering sample data. These detectors are capable of detecting minute concentrations of non-volatile compounds in a variety of sample matrices, making Acquity H Class Stack a very useful tool for sample analysis. WATERS Acquity H Class Stack comes with a range of accessories to facilitate sample analysis and preparation. These include sample loops, injector needles, rheodyne valves, and stir rods. The accompanying solvent management machine ensures that samples are of the highest quality by providing precise control over solvent composition and flow rate. Overall, Acquity H Class Stack is an excellent choice for research institutions and commercial laboratories that require superior performance, reliability, and flexibility in HPLC systems. With its advanced pumps, degasser tool, detectors, and accessories, it is perfect for a wide variety of sample analysis and testing.