Marketability and Commercial Decision Support

Unlock the full power of product safety and stewardship in SAP Product Compliance with 3E ERC+. Author and publish SDS, conduct market and dangerous goods assessments, notify Poison Centres, and more. Our accompanying tool, the Supplier SDS Loader, automates the extraction and validation of supplier SDS data into SAP Product Compliance, reducing manual effort by up to 70% while helping minimize compliance risk before authoring even begins.

Outsourced SDS authoring means handing safety data sheet creation and maintenance to a specialized external team instead of managing it in-house. 3E’s outsourced SDS authoring services put a global team of regulatory specialists behind your program, so your organization can maintain compliant, audit-ready SDS across every market you serve without growing internal headcount.

Whether you need a fully managed authoring program, extra capacity during periods of regulatory change, or support launching in new markets, 3E scales to match your needs. Our specialists pair deep regulatory expertise with established authoring workflows to deliver accurate, compliant SDS and labels on your timeline.

3E Generate is SDS authoring software that puts safety data sheet creation directly in your team’s hands, so you’re not dependent on an outside team to keep pace with regulatory change. Built on continuously updated regulatory rules and a structured authoring engine, 3E Generate helps your organization create, manage, and maintain accurate, regulation-ready SDS across regions, products, and frameworks.

Your team stays in control of priorities and turnaround, while the platform keeps the regulatory logic behind every SDS current. That combination — regulatory depth without giving up in-house ownership — is what makes 3E Generate different from outsourcing the work entirely.

Seamlessly access regulatory content such as list substance data, multilingual phrases, and dangerous goods content from anywhere. Operationalize regulatory expert workflows by minimizing the need to use multiple systems to access chemical data and insights.