Used BECKMAN COULTER HPLC #109854 for sale

BECKMAN COULTER HPLC (High Performance Liquid Chromatography) spectrometer is a versatile instrument used to separate components from a fluid sample. It works by sending the sample through a column consisting of two immiscible liquids such as water and chloroform. As the sample passes through, the chemical components within it are separated and collected at a detector at the end of the column. HPLC consists of three main components: a pump, an injector, and a detector. BECKMAN COULTER HPLC pump applies a predetermined pressure to the sample which pushes it through a special column. Chromatographic columns vary in length and internal structure, depending upon the workload and method of analysis necessary. The injector is used to introduce the sample, often in the form of a small amount of liquid, into the mobile phase where the separation process starts. The detector is the final component of HPLC system and is used to measure the collected fractions from the separations. Depending upon the type of separations, the detector may be set for absorbance, fluorescence, or refractive index. BECKMAN COULTER HPLC also has the ability to measure specific compounds and includes an internal part to measure the components. This section, known as the mass spectrometer, measures the spectrum of compounds based upon their molecular makeup. The molecular makeup of the constituents is displayed in an individual spectrum, allowing specialists to easily identify the components of a sample. In addition to its technical features, HPLC features a wide variety of software that helps users set up and execute specific experiments. These programs allow users to set up custom analyses for their particular requirements and experiment preferences. Overall, BECKMAN COULTER HPLC provides a comprehensive, reliable, and easy-to-use spectrometry system for a variety of experiments and sample separations. Its wide selection of components and software make it an ideal choice for laboratories requiring precision and accuracy in their separations.