Waters Announces Empower 3 Standardized Chromatography Data System

Empower™ 3 Chromatography Data System (CDS) from Waters Corporation is a scalable, enterprise-wide CDS platform that can be rapidly deployed to easily fit into existing corporate infrastructure.

"One of the most important challenges laboratory scientists and information technology managers face today is the need for data management standardization," said Dr. Rohit Khanna, Vice President of Marketing for Waters division. "Many of our customers are forced to support multiple laboratory software and informatics platforms amongst their many labs. This lack of consistency is often traced to a merger or acquisition, or perhaps legacy systems from multiple manufacturing and R&D sites. Regardless of the reason, these companies suffer from inefficiencies that directly affect their bottom line. Addressing this issue of standardization, Empower 3 CDS is designed to bring significant value to science driven organizations at the enterprise level."

Specifically, customer benefits of CDS standardization include reduced training efforts and support resources needed to maintain a single platform. Similarly, customers experience improved internal communication and information exchange amongst fewer software platforms. Finally, a standardized CDS can facilitate more consistent regulatory compliance through easier software validation and streamlined review/sign off of results.

In addition to a scalable, enterprise-wide CDS platform, Empower 3 offers a variety of usability and workflow enhancements that help streamline customers daily workflow and efficiency.

For example, Empower 3 features improved navigation between the review and reporting applications and also allows users to create sample sets post acquisition. This enables more flexibility in processing injections that were acquired individually and also helps with multi-stage and delayed release dissolution testing.

And while Empower was already completely compliant ready, additional calculation capabilities allow the ability to determine current signal to noise requirements according to regional Pharmacopeias in the United States, EU and Japan.