Used LJL BIOSYSTEMS Acquest 384.1536 #121704 for sale

LJL BIOSYSTEMS Acquest 384.1536 is a high-performance and multi-functional laboratory apparatus designed to facilitate the rapid and reliable purification of biological compounds. It is a modular, user-programmable equipment that allows the user to select a range of different protocols and media configurations, offering flexibility in laboratory applications. The components of LJL BIOSYSTEMS Acquest 384.1536 include a series of chromatography columns, cell disruption module, solvent-degassing equipment, UV-Vis detector, automatic sample injection module, educt tray and waste tank. The system also features a set of motion-controlled syringe pumps, computer-controlled degasification unit and electrostatic quadrupole technology for efficient separation of substances. LJL BIOSYSTEMS Acquest 384.1536's features enable execution of precise and efficient chromatography procedures. Its columns are designed to work at a range of pressures and have a fast flow rate so that samples are processed quickly and accurately. The deep degasification machine enables precise and efficient column degassing that improves the resolution of complex chromatograms. Additionally, the tool contains a powerful computer-controlled degasification asset that minimizes cross-contamination of samples between runs and prevent enantiomeric sample bias. LJL BIOSYSTEMS Acquest 384.1536 is designed to be operated in a laboratory environment; however, it can be connected to a laptop computer or PC through a USB port. This hardware allows users to control their experiments through the computer interface and save their data in an accessible format. The model also is suited for automating long-term experiments, with multiple runs setup and controlled via the user interface. LJL BIOSYSTEMS Acquest 384.1536 is ideally suited for use in the purification of a range of biological compounds, from peptides and proteins to carbohydrates and polysaccharides. It enables reliable, efficient purification of target compounds with minimum effort and cost. Furthermore, the equipment is designed so that it is ideal for both industrial and university research. It is highly reliable, user-friendly and simple to operate and maintain, making it ideal for laboratory operations.