VERITY 271 HPLC System

Description

Overview The VERITY 271 HPLC system combines the versatility of a mid-size capacity platform with multiple selective detection options for semi-preparative to preparative HPLC purifications. All configurations accommodate novel injection and fraction collection capabilities within a single platform, with one or more detection options, including the VERITY 1741 UV/VIS, the VERITY 1601 evaporative light scattering ELS , as well as conductivity and pH monitoring with the VERITY 1810. This is the ideal solution for laboratories seeking effective isolation of pure compounds from synthetic and natural products from lab-to pilot-scale. Mid-Throughput Purification in a Small Footprint The VERITY 271 HPLC Systems are built around the VERITY GX-271 liquid handler/fraction collector with a bench-saving footprint featuring separate fluid pathways for samples and fractions collection. With the GX Direct Injection Module, the system accommodates injection loop volumes of 2 muL to 25 mL and tens of samples and fractions collection vessels from a few milliliters to hundreds of milliliters. Modular Components Provide a Multitude of Options Using this mid-capacity liquid handler as a starting point, choose from several high-pressure gradient mixing pumping solutions, achieving flow rates up to 200 mL/min and pressures up to 8700 psi 600 bar , and combine it with one of the valve switching options available to automate any purification workflows. Gilson systems can support scaling up from 4.6 mm up to 50 mm ID columns with detection options that offer the sensitivity and reproducibility you need to monitor your separations. Easy-to-Use Software Control TRILUTION LC Software controls the entire VERITY 271 HPLC system, allowing your focus to remain on the science rather than the software. Using the powerful TRILUTION LC software, safely automate purification workflow, including method screening, scout runs, purification runs, or fractions reinjection or share usage with the Open Access Capabilities.