Used BIO-RAD PharosFX #156737 for sale

BIO-RAD PharosFX is a laboratory equipment and accessories equipment that enables researchers and laboratories to quickly produce professional-quality results. With its range of precision components, the system provides reliable solutions for everyday liquid handling and instrumentation needs. The modular design of PharosFX elements allow researchers to easily configure the unit and customize it according to their laboratory workflow needs. The machine includes pipette systems, reagent reservoirs, and instrumentation solutions, which are all connected securely together via a series of tubing. For example, the integrated tubing makes it simple to connect reagent reservoirs and pipettes for effective liquid handling. The pipette systems of BIO-RAD PharosFX enable a variety of sample processing needs, such as accurate and repeatable sample preparation for PCR-based assays, high-throughput assays and more. Moreover, additional brackets and other accessories enable connection between multiple unit operations, including integration of a variety of pipettes, reagent reservoirs and instrumentation solutions. This integration of multiple components into a single tool, creates efficient lab workflow solutions. The intelligent systems monitor and adjust performance to acquire highly reproducible, accurate and consistent results. The intuitive user interface of all components allows effortless interaction with the asset, allowing labs to quickly get the desired results with no additional training or complex setup. PharosFX also caters to specific laboratory requirements by offering a variety of options in terms of models, configurations, software, accessories and consumables. This allows laboratories to select solutions that best support their particular applications, budgets and research plans. With BIO-RAD PharosFX, laboratories get reliable and consistent results in the shortest time possible, freeing up the time and the resources of their staff to focus on the actual research behind their experiments. This robust and reliable model is trusted to deliver accurate, reproducible results and helps make research more efficient.