| Description | The VERITY® GPC Cleanup System is an ideal solution for post-extraction cleanup of high-molecular-weight interfering substances from environmental samples, food products, and animal tissue before analysis using gel permeation chromatography (GPC). Removing these contaminants leads to more reliable The VERITY® GPC Cleanup System is an ideal solution for post-extraction cleanup of high-molecular-weight interfering substances from environmental samples, food products, and animal tissue before analysis using gel permeation chromatography (GPC). Removing these contaminants leads to more reliable results, fewer sample repeats, and less downtime for downstream chromatography instruments. Automated GPC Cleanup for a Variety of Substances The automated VERITY GPC Cleanup System provides a post-extraction purification solution that removes matrix interferences before GC, GC/MS, HPLC, or LC/MS, extending the life of chromatography columns, protecting chromatography instruments, improving analytical accuracy, and lowering detection limits. The system removes substances such as lipids, proteins, cell debris, pigments, humic acid, and more that can interfere with the analysis of pharmaceuticals and residues (pesticide residues, semi-volatiles, PAHs, PCBs, mycotoxins, pharmaceuticals, and antibiotics) from animal tissue, fatty foods, plant tissue, soils sediment, sludge, and wastewater. The VERITY GPC Cleanup System automates the cleanup of up to 80 sample extracts and can collect multiple fractions from the same extract, all with reduced sample carryover. All Under TRILUTION® LC Control The powerful TRILUTION LC software controls the VERITY GPC Cleanup System. The software contains preprogrammed methods for GPC post-extraction cleanup. The software error handling and shutdown methods help to minimize solvent waste and sample loss. Meets Government Requirements for GPC Cleanup USEPA, USDA, USFDA, USGS, USDI, Centers for Disease Control (CDC), Canadian Food Inspection Agency (CFIA), European Union (EN 1528, 12393, DFG S19), AOAC International, JIS, GB/T 14552, etc. Optional UV-VIS Detector To comply with US EPA regulations, outfit your VERITY GPC System with VERITY® 1741 UV-VIS Detector and preparative flow cell.... Read More | Individual ASPEC SPE rack including metallic stand, mobile holder for cartridges (1, 3 or 6 mL), waste drain container, and rack for collection tubes. | PISTON ASSY NEW P10MLG | RackCount™ Systems Overlays add numbering patterns to rack positions allowing you to quickly and easily locate specific samples or collected fractions on the bed of Gilson liquid handlers. The overlays are available in serpentine or non-serpentine numbering patterns. | The VERITY® 1601 ELS Detector is an evaporative light scattering detector (ELSD). An ELSD is not dependent on UV absorbance and can detect compounds or impurities even if they do not contain chromophores, making it an ideal complementary detector to a UV-based purification system. With the use of The VERITY® 1601 ELS Detector is an evaporative light scattering detector (ELSD). An ELSD is not dependent on UV absorbance and can detect compounds or impurities even if they do not contain chromophores, making it an ideal complementary detector to a UV-based purification system. With the use of Conditional Logic Fraction Collection in TRILUTION® LC and GLIDER Software, the VERITY 1601 ELSD can ensure pure fractions by detecting and separating impurities that are not seen by other detection methods.
VERITY 1601 ELSD expands your capabilities and secures your purification • Detect any analytes with and without chromophore groups that are less volatile than the eluent
• Compatible with LC gradient solvent system
• Compatible with most LC solvents whatever their absorption characteristics
• Provide a very stable baseline that improves the fraction collection triggering
• Low-temperature evaporation allows detection of semi-volatile or thermally labile compounds
• The nebulization chamber has been specially designed to work with highly concentrated eluents frequent in preparative separations by HPLC... Read More |