Digital Product Passport for Mechanical Engineering

How manufacturers of machinery and equipment implement DPP requirements efficiently

Mechanical Engineering and the Digital Product Passport

The mechanical engineering industry forms the backbone of European manufacturing. With complex products consisting of thousands of components, supply chains spanning multiple countries, and strict safety requirements, implementing a Digital Product Passport presents unique challenges. At the same time, the industry stands to benefit enormously from structured product data – from improved service and maintenance to optimized spare parts management.

Specific Challenges in Mechanical Engineering

Complex Bill of Materials

Machines consist of thousands of components from various suppliers. Each component requires its own data record that must be linked to the end product.

Long Product Lifecycles

Machines often run for 20-30 years. During this time, data must remain available and updateable – a particular challenge for DPP compliance.

Heterogeneous System Landscape

ERP, PLM, CAD, MES, and documentation systems rarely speak the same language. Data is scattered across silos.

Regulatory Requirements

In addition to ESPR, the mechanical engineering sector faces the Machinery Regulation, product safety requirements, and industry-specific standards.

Why the DPP Is Relevant for Mechanical Engineering

The EU Ecodesign Regulation (ESPR) will make the Digital Product Passport mandatory for many product categories from 2027. For the mechanical engineering industry, this means: all relevant product information – from materials to recyclability – must be digitally accessible. Early preparation is essential, as retrofitting existing products will be significantly more complex.

The Problem: Data Chaos Meets Regulatory Pressure

Most mechanical engineering companies manage their product data in isolated systems. Technical specifications are in CAD, commercial data in ERP, service information in maintenance software. This data must be brought together, standardized, and maintained in real-time for the DPP. The manual effort is enormous – without the right tools.

How Nulara Solves This

  1. 1

    System Connection

    Nulara connects your ERP, PLM, CAD, and document systems via intelligent interfaces. Data flows automatically, not manually.

  2. 2

    AI-Powered Data Capture

    Our AI agents extract product information from technical drawings, specifications, and supplier documents. They understand context and link data correctly.

  3. 3

    DPP-Compliant Mapping

    Product data is automatically transformed into DPP-compliant formats. Standards like ECLASS and CatenaX are integrated.

  4. 4

    Continuous Validation

    Automated checks ensure your data remains complete and up-to-date. Gaps are identified before they become problems.

  5. 5

    Export and Reporting

    Generate DPP-ready data exports, QR codes for products, and compliance reports for audits.

Technology Tailored to Mechanical Engineering

Agentic DataOps

AI agents work autonomously on data integration, mapping, and quality assurance. They learn from your processes and become more efficient over time.

Document Intelligence

Technical documentation, certificates, and specification sheets are automatically analyzed and linked to the correct products.

Semantic Search

Find product information across all systems with natural language – no query language knowledge required.

Human-in-the-Loop

Complex decisions and edge cases are routed for human review. This ensures accuracy in critical areas.

Concrete Benefits for Your Company

Who This Is For

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