PLMV-KB-022 · Regulation & Compliance · Reviewed 2026-10-16
Product Compliance Software in the PLM Stack
Product compliance software collects supplier material declarations, screens products against regulated substance lists and market rules, and produces evidence such as declarations of conformity, SCIP notifications and passport data. It can run as a module inside PLM or as a specialised system integrated with PLM, ERP and supplier portals.
Key takeaways
- Compliance software is only as reliable as the bill of materials and supplier declarations it receives from PLM and procurement.
- Core functions are supplier data collection, substance and rule screening, reporting and change impact analysis.
- New EU rules such as PPWR, ESPR and the Battery Regulation extend compliance from substances to packaging, circularity and passport data.
- The main architectural choice is between an embedded PLM module and a dedicated compliance platform connected by integration.
What does product compliance software do?
Manufacturers must prove that each product meets the substance, safety and environmental rules of every market where it is sold. Product compliance software turns that obligation into a repeatable process. Typical capabilities fall into four groups:
- Supplier data collection. Requests and validates full or partial material declarations, often in IPC-1752A or IEC 62474 formats, plus certificates and test reports.
- Screening. Rolls declared substances up the bill of materials and checks them against regulatory lists such as the REACH Candidate List, RoHS restrictions, Proposition 65 and customer-specific lists.
- Reporting. Generates declarations of conformity, SCIP dossiers for ECHA, conflict minerals reports and customer compliance statements.
- Impact analysis. Shows which parts, products and markets are affected when a substance list is updated or a supplier changes a material.
Which regulations drive compliance data?
The regulatory scope has widened from hazardous substances to circularity and sustainability data.
| Regulation | Data focus |
|---|---|
| REACH, Regulation (EC) 1907/2006 | SVHCs above 0.1% w/w in articles, SCIP notification |
| RoHS, Directive 2011/65/EU | Restricted substances in electrical and electronic equipment |
| PPWR, Regulation (EU) 2025/40 | Packaging materials, substances of concern, recyclability, EPR reporting |
| ESPR, Regulation (EU) 2024/1781 | Ecodesign requirements and Digital Product Passport content |
| Battery Regulation (EU) 2023/1542 | Carbon footprint, recycled content, battery passport |
Detail on the first two sits in REACH and RoHS compliance in PLM. Packaging fee reporting is covered under extended producer responsibility, and passport content under the Digital Product Passport.
Where compliance software sits in the architecture
Compliance depends on three data flows: the product structure from PLM, supplier and purchasing data from ERP or a supplier portal, and regulatory content from list providers. There are two common patterns.
Embedded in PLM. Several enterprise PLM suites offer compliance modules that work directly on the engineering BOM. Examples include environmental compliance options for Siemens Teamcenter, PTC Windchill and SAP PLM. The benefit is that screening happens inside the design and change process, so engineers see a compliance status before release. The trade-off is that regulatory content and supplier outreach may depend on partner services.
Dedicated platform. Specialised compliance vendors focus on supplier outreach services, large regulatory content libraries and multi-system data. They suit companies with several PLM or ERP instances, or a heavy supplier engagement workload.
In both patterns the integration with engineering change management is critical. A material change that is not screened before release is the most common source of non-compliance findings.
How to evaluate product compliance software
Buyers should test vendors against their own products and suppliers in scripted demonstrations. Useful criteria include:
- Regulatory content coverage: which lists are maintained, how quickly updates are published and for which countries.
- Supplier engagement: portal usability, supported declaration formats and whether outreach services are offered.
- BOM roll-up logic: handling of homogeneous materials, mass balance gaps and incomplete declarations.
- Change impact: speed of answering which products contain a newly listed substance.
- Output formats: SCIP, declarations of conformity, customer templates and DPP data exports.
- AI support: assisted extraction from supplier documents, discussed in AI-assisted compliance screening, with human review.
Estimate effort realistically. In most projects the bulk of cost lies in collecting and cleaning supplier data, which can take 12 to 24 months for a large supplier base (typical range).
Common pitfalls
- Treating compliance as a year-end reporting exercise instead of a release gate in the product development process.
- Accepting supplier declarations without validity dates or revision control.
- Running separate substance data for products and packaging, which duplicates effort under PPWR.
- Ignoring data retention: passport and SCIP data must remain available long after a product is discontinued.
- Underestimating master data dependencies: missing part weights, unclear supplier part numbers and duplicate materials block roll-ups more often than software limits do.
A short readiness check helps before selection. Measure the share of purchased parts with a current declaration, the share with a known mass, and the time needed today to answer a customer substance query. These baseline figures make vendor demonstrations comparable and give the business case a measurable starting point.
Frequently asked questions
Should compliance management live inside PLM?
It depends on the system landscape. An embedded PLM module works well when one PLM holds the full product structure and engineers own compliance checks. A dedicated platform suits companies with several PLM or ERP systems, large supplier bases or a need for outsourced supplier outreach. Both options require tight integration with the change process.
What is a full material declaration?
A full material declaration lists every substance in a part or material, usually with mass and CAS number, up to 100% of the composition. A partial declaration only confirms the presence or absence of listed substances. Full declarations take more effort to collect but remain valid when new substances are added to regulatory lists.
How does compliance software support the Digital Product Passport?
Compliance systems already hold substance, material and certificate data that passports require. Under ESPR, products will need passports with data defined in product-specific delegated acts, such as substances of concern and recycled content. Compliance software can supply these attributes to the passport system, while PLM supplies product structure and identifiers.
Sources
- ECHA: SCIP database
- Regulation (EC) No 1907/2006 (REACH) on EUR-Lex
- Directive 2011/65/EU (RoHS) on EUR-Lex
Reviewed 16 October 2026 by the PLM Vendors editorial team. Regulatory dates and vendor details change; check the sources for the latest position.