One of the most practically significant changes is the digital availability of operating instructions. This is especially interesting for companies that must deliver extensive technical documentation, as it can reduce printing costs, simplify workflows, and improve service quality.
However, digital provision does not mean that a PDF on a website suffices: digital operating instructions must be accessible, storable, printable, and downloadable. Moreover, they must remain available online throughout the machine’s expected lifespan and for at least 10 years after its market release. If a customer requests a paper version at the time of purchase, it must be provided free of charge within one month.
B2B vs. B2C: An Important Distinction
The distinction is important for machines intended for non-professional users. If a machine is designed or likely to be used by non-professionals, essential safety information for commissioning and safe use must still be provided in paper form.
Why a QR Code Alone Isn’t Enough
A QR code on the machine may seem like an obvious starting point – it can guide users directly to documentation, replacing or supplementing paper materials. However, this becomes problematic if the code links directly to a PDF or product page. Machines often remain in use for decades, during which websites, domains, content management systems (CMS), ERP systems, document repositories, and product structures may change. A link that works today could become invalid within a few years.
A more sensible solution is a stable digital entry point. The QR code should direct users to an access layer that identifies the appropriate documentation based on characteristics such as serial number, product type, language, and document category. This ensures consistent access at the machine level, even as underlying systems evolve.
The Core Challenge: Making Documents Manageable Long-Term
For many companies, the long-term digital availability of product information poses a challenge. Documentation must not only exist but also be clearly findable, versioned, language-matched, and linked to product or machine data. These questions must be addressed clearly:
- Which documentation belongs to which machine?
- What version was valid at the time of market release?
- Which language is required for which target market?
- How do changes, retrofits, or maintenance measures affect documentation?
- Where is the approved version located?
- How can outdated or conflicting information be prevented from being displayed?
If these questions are answered today only through folder structures, file names, or practical knowledge, there’s a need for action. Digital documentation requires structured metadata, clear processes, and a leading system – or at least a clearly defined primary data source.
Single Source of Truth instead of Accumulated Repositories
The most important component is a reliable Single Source of Truth for technical documentation and relevant product data. Here, documents must be maintained with the correct metadata: product, machine type, serial number, language, version, validity, document category, target market, and lifecycle status.
How this foundation looks will depend on the company. Large machinery manufacturers with many variants, markets, and languages often require professional document management systems (DMS), digital asset management (DAM), product information management (PIM), or ERP-integrated solutions. Smaller companies can start with a well-structured repository but should avoid linking directly to short-term storage locations from the start.
The key is decoupling links and storage locations: the machine should always reference a stable entry point. The access layer connects this entry point to the relevant systems, allowing companies to switch later from SharePoint to a DMS, DAM, PIM, or ERP without needing to replace QR codes on already delivered machines.
Data Consistency Becomes Safety-Critical
The Machinery Directive also increases pressure for consistent product information. If technical documentation, product pages, service portals, and sales materials contain conflicting data, it creates risks – especially with safety-related details such as performance values, weights, usage limits, or maintenance instructions. Therefore, companies should consider their entire product data processes. Product development, technical writing, marketing, sales, service, and compliance all need access to reliable master data. Free-text fields, manual file-naming logic, and informal coordination are not sustainable foundations. The upside: a good data structure protects against errors and makes digital services scalable.
What B2B Companies Should Do Now
The January 20, 2027 deadline is approaching quickly. B2B companies don’t need to finalize all digital features immediately, but they should lay the groundwork now.
1. Review Products and Roles
In addition to classic machines, related products, partly completed machines, safety components, or significant modifications could also be relevant. Clarify whether your company acts as a manufacturer, importer, distributor, or in another role.
2. Inventory of Documentation Processes
Who creates documents? Who approves them? Where are they stored? How are versions, languages, target markets, and serial numbers managed? Which systems are involved? Where do manual transfers occur?
3. Define Data Storage and Access Guidelines
Decide which system is the lead authority, what metadata is mandatory, how machine-specific documents are accessed, and how long access must remain stable.
4. Review Ordering Processes
If customers can request paper versions upon purchase, this affects e-commerce platforms, quotation processes, email orders, phone sales, and ERP workflows.
5. Review the Frontend
Download pages, machine portals, customer areas, or service platforms. Critical: mandatory information must be immediately findable. Additional services such as spare parts, maintenance schedules, or service requests can build on this but should not overshadow documentation.
Digital Documentation Delivery: Three Layers for a Robust Target Architecture
A sustainable solution consists of three layers:
- Data and Document Base: Approved documents with clear metadata and traceable versioning.
- Access Layer: Accepts queries (e.g., via QR code, serial number, or portal access) and identifies the appropriate documentation.
- User Interface: Presents documents clearly, storable, printable, and in the correct language.
This separation ensures longevity. Websites, portals, and backend systems can evolve without losing functionality at the machine-level entry point.
Conclusion: Lay the Foundation Now
The Machinery Directive 2023/1230 enables digital operating instructions but sets clear requirements for availability, access, and traceability. For companies, this is an opportunity to restructure technical documentation.
Simply linking a PDF is a temporary solution. Structuring data, processes, and access cleanly creates a digital foundation for safety, service, and efficient collaboration – well beyond the 2027 deadline.
Ready for the Machinery Directive
Data models, system architectures, interfaces, portals, access concepts, and processes.
We’re happy to help you convert the directive’s requirements into sustainable digital solutions. We’ll analyze existing documentation and product data processes, identify risks, and develop a vision that aligns with your current system landscape.
Depending on your starting point, this could range from a streamlined entry solution to an extensive architecture integrated with ERP, PIM, DMS, DAM, and portals. Our goal is a solution that addresses the 2027 deadline while supporting long-term success.
FAQ
The EU Machinery Directive 2023/1230 applies fully starting January 20, 2027. Until January 19, 2027, the previous directive (2006/42/EC) remains in force.
Yes. The new directive replaces the old one and is directly applicable across EU member states as an EU regulation.
Yes, under specific conditions. They must be accessible, storable, printable, downloadable, and available long-term. Additionally, a paper version must be provided free of charge upon request at the time of purchase.
A QR code can be useful but should not directly link to a PDF or a short-lived product page. A better approach is a stable entry point with an access layer that identifies the appropriate documentation.
A PDF download provides temporary access, but companies must ensure the correct documentation remains available long-term in the right language and version – and remains accessible even after system changes.
The first step is an inventory: identify affected products, roles, documentation processes, systems, data quality, and existing access options. From this, a realistic vision for digital documentation can be developed.
