Q: Are you managing analytical risk for your organization?
Modern laboratories analyze more complex samples than ever before and are under constant pressure to achieve shorter development times and faster testing throughput.
These factors create more analytical risks for analysts and method developers. One of these risks is missing the sample-system interactions that lead to poor data quality. Often, these interactions require time-consuming and resource-wasting methodologies to control them. Failure to control metal-analyte interactions puts your organization at risk of out-of-specification results, which in turn leads to missed deadlines and expensive rework.
A:The Arc Premier Solution removes risk by eliminating metal-analyte interactions.
MaxPeak™ High Performance Surfaces (HPS) Technology embedded within the Arc Premier System—coupled with MaxPeak HPS Columns—removes the risk of analyte-metal interactions by eliminating analyte binding to the system, without the need of a passivation or conditioning method step.
The binding affinity of analytes can be unpredictable, but with the Arc Premier Solution your data quality becomes more certain by removing the unpredictable across a wide range of applications.
For metal-sensitive analytes, 5x increases in sensitivity, 10x improvements in assay-to-assay precision, and 30 percent faster data processing times have been observed compared to conventional systems.
With LC results, there is no room for error. Laboratories cannot overlook or under-report an impurity in a drug formulation or miss product release timelines because of assay variations. The Arc Premier System and MaxPeak HPS Columns give scientists the confidence they need while reducing cost and time to market.
The Arc Premier Solution delivers increased sensitivity and precision compared to conventional LC systems.
To learn more, visit: www.waters.com/ArcPremier