Localizing Digital Product Passports: Implementing the EU Ecodesign Regulation

Basics of the EU Ecodesign Regulation for Digital Product Passports

The EU Ecodesign Regulation (ESPR) is gradually coming into force, requiring manufacturers to provide a Digital Product Passport (DPP) for many product categories. This passport contains data on materials, repairability, recyclability, and environmental impact. The aim is to promote the circular economy and provide transparent information to consumers and authorities. Initially affected are batteries, electronics, textiles, and furniture – further categories will follow. In practice, this means you must capture product data in a structured manner, encode it in a machine-readable format (e.g., via QR code or RFID), and make it available in all EU languages.

The technical foundation is the uniform data standard set by the EU Commission through delegated acts. Currently, many pilot projects are guided by the specifications of ISO/IEC standard 15459 for unique identifiers. Important: The DPP must be accessible throughout the entire product lifecycle – even after purchase. This creates requirements for data storage and access. Consult your legal advisor on whether data should be hosted in your home country or in decentralized EU nodes.

A common mistake is assuming that a once-created German product passport is sufficient. In fact, the regulation requires that all mandatory information be available in the official language of each EU member state. This applies not only to text fields but also to units, measurements, and safety instructions. Therefore, plan a multilingual data architecture from the start. A proven approach is building a central database with language fallbacks: if a translation is missing, the default language (often English) is displayed. However, you should gradually close this gap.

Concrete recommendation: Start with an inventory of your existing product data. Identify which attributes are expected in the DPP (e.g., weight, chemical composition, repair instructions). Check whether your supply chain already provides this data in digital form. Engage early discussions with your legal counsel to determine the transition periods applicable to your industry. This will help you avoid costly revisions just before the deadline.

Requirements for multilingual product passports in the EU

The EU Ecodesign Regulation stipulates that the digital product passport must be available in the official language of each member state where the product is placed on the market. For manufacturers, this means: a product offered in all 24 EU languages requires 24 complete language versions of the passport. This concerns not only the pure translation of text fields but also the localization of units (e.g., currency, measurements), culturally adapted safety warnings, and the correct display of date formats. In practice, this leads to significant coordination efforts when multiple departments (product management, legal, translation) are involved.

Special requirements are posed by the so-called delegated acts, which specify data fields for each product group. These fields must be correctly translated both in the machine-readable part (e.g., JSON-LD) and in the human-readable view. Experience shows that errors frequently occur in the transfer of technical terms – for example, in the designation of pollutant limits or recycling codes. Therefore, rely on terminology databases that provide uniform technical terms for all languages. Also, check whether your translation service providers can demonstrate the required security certificates (e.g., ISO 27001) for processing sensitive product data.

Another point: The obligation to provide in multiple languages applies not only at the initial placing on the market but also for subsequent updates to the passport. Therefore, plan for a continuous translation process that runs in sync with product changes. It is recommended to implement a translation management system (TMS) that is connected to your product database via interfaces. This way, you can automatically trigger translations as soon as a data field is changed. Ensure that the system can manage all 24 EU languages simultaneously – a subsequent increase in the number of languages is costly.

Concrete recommendation: Create a matrix of all relevant data fields per product category and assign them to the required languages. Define responsibilities for content release in each language. Have the translations legally reviewed, as the regulation provides for sanctions in case of incorrect information. Consider using bilingual native speakers who also understand the product for critical fields such as safety data sheets. This reduces the risk of translation errors that could lead to liability issues.

Technical infrastructure for scalable translation processes

For the multilingual localization of digital product passports, a robust technical infrastructure is essential. At the core, you need a platform that centrally manages product data and couples it with a translation management system (TMS). The TMS should ideally be connected to your product information management (PIM) solution via REST APIs. This way, you can automatically transmit text changes to the TMS and reimport them into the product passport after translation. Ensure that the platform supports regulatory data formats such as JSON-LD, XML, or RDF. In practice, building a so-called translation memory database has proven effective, storing recurring text blocks and thus saving costs and time.

Scalability becomes crucial when you need to operate hundreds or thousands of products with 24 language variants each. AI-assisted pre-translations come into play here: modern systems can automatically translate raw texts, which are then reviewed by native speakers. This hybrid approach significantly reduces turnaround time. Important: The EU regulation requires traceable and auditable versions of the product passport. Therefore, your system must log every change with a timestamp and author. Ensure that the translations are stored in a separate database that allows a full comparison with the original at any time.

Another technical aspect is the delivery of the passports to end users. The product passport must be accessible via a unique data carrier (QR code, RFID) on the product itself or its packaging. The underlying web application must automatically detect the user's language (browser language, geolocation) or offer a language selection. Plan for a server-side language switch here that falls back to English for unknown languages. Additionally, the loading time of the passports should be under two seconds to ensure user acceptance. Test the infrastructure with realistic data volumes and all languages before productive use.

Concrete recommendation: Check whether your existing PIM system natively supports the extension with language variables and translation workflows. If not, invest in a separate TMS with open interfaces. Conduct a proof of concept with a representative product group in 3–5 languages. Measure the turnaround time per translation unit and optimize the process. Conclude a maintenance contract with your technology partner that includes updates for changes to delegated acts. Keep in mind: The infrastructure must meet regulatory requirements not only today but also in the coming years.

Identifying Data Fields: What Needs to Be Localized?

The localization of digital product passports begins with a systematic analysis of the data fields to be translated. Not all content is equally relevant for linguistic adaptation—strictly distinguish between structured data (e.g., material numbers, weight specifications, certificate identifiers) and free-text descriptions. Structured data typically remains untranslated, while all content read by consumers or market surveillance authorities must be available in the respective national languages.

Specifically, the fields requiring localization include: product name, brand name, instructions for use, safety information, repairability details (e.g., spare part numbers must remain technically correct, but the associated descriptions must be translated), as well as legal information on disposal or energy consumption. Special attention is required for fields containing variables or units: ensure that translation processes correctly handle placeholders for numbers, units of measurement (meters, liters, kilowatt hours), or currency symbols. A typical mistake is translating '5 cm' as '5 inches'—this is not permissible in practice because units of measurement in the passport must remain legally compliant.

It is recommended to create a data field matrix that categorizes each field: 'Raw text requiring translation', 'Structured data without translation', 'Legal texts subject to review'. Define per country whether field-specific format requirements exist (e.g., date formats in DD.MM.YYYY, abbreviations like 'Art.-No.' or 'Ref.'). Also consider accessibility: alternative texts for icons or pictograms must be available in each language.

Technical implementation is carried out via a translation management system that automatically identifies fields and only releases relevant texts for translation. Define exclusion criteria in advance—for example, all fields with the prefix 'technical_id_' or 'gtin_' are not localized. For each field requiring localization, a brief instruction for translators should be stored: context, maximum character count, whether specialized terms from a glossary must be used. Only in this way can inconsistencies across 24 languages be avoided. Note: The legal responsibility for the accuracy of translated content lies with the manufacturer—have each language version approved by a qualified person. We recommend consulting your legal department on this.

Terminology Work as the Basis for Consistent Translations

Consistency in terminology is crucial for the credibility and legal compliance of digital product passports. Centralized terminology management prevents the same term from being translated differently across languages—which can lead to confusion or legal risks, especially for technical features (e.g., 'power consumption' or 'protection class'). Build a multilingual glossary containing all relevant specialized terms from your product portfolio in the 24 EU languages.

Start by extracting the most important terms from your existing product databases and technical documentation. For each term, define the preferred translation ('Preferred Term') as well as synonyms ('Forbidden Terms'). Example: In German, 'CE-Kennzeichnung' is correct; 'CE-Zeichen' is common but not recommended because it may be defined differently in EU legal texts. Also define capitalization rules (e.g., 'RoHS-konform' vs. 'RoHS-conformant'). This effort pays off: in practice, a good glossary reduces translation time by up to 30% and significantly lowers error rates.

Use the terminology as a basis for machine translation models: feed the glossary into your MT engine so that the AI automatically translates terms like 'Ersatzteil' with the correct technical word in each target language (e.g., 'Ersatzteil' = 'spare part' ≠ 'replacement part'—both are possible in English, but only one variant is permitted for your passport). Maintain the glossary continuously: each new product or legal change (e.g., updated energy efficiency classes) requires an update of terminology.

We recommend completing terminology work before project start. Appoint a terminology manager (e.g., from the technical or legal department) who approves each new translation. For the 24 languages, host a multilingual glossary in a cloud-based tool such as a translation management system so that all translators and reviewers can access it. Also contractually bind external translation service providers to your glossary. An important legal note: Responsibility for the correctness of terminology lies with the product owner—the glossary is a tool but does not replace specialist and legal review. Consult your legal department for advice on this.

Workflow for AI-Powered Translation with Human Review

An efficient workflow for localizing digital product passports combines the speed of machine translation with the precision of native-speaker review. The EU Ecodesign Regulation does not require certified translation, but linguistic accuracy is essential for market acceptance and legal certainty. Our proven three-stage process ensures this: Preparation – AI translation – Human quality assurance.

In the preparation phase, the source texts – ideally in English or German as the source language – are cleaned: remove formatting, identify placeholders, and align the texts with your terminology glossary. This is done automatically via your translation management system. The text is then passed to an AI translation engine specifically trained for technical and regulatory content. Ensure the model knows your industry terminology – many providers allow uploading glossaries. The AI delivers raw translations in all 24 EU languages in seconds.

The second step is human review by native-speaking experts. These editors not only correct linguistic errors but also verify technical accuracy: Are the translations of technical parameters correct? Are the legal notes (e.g., on warranty or disposal) adapted to each country? Each editor receives access to the glossary, the data field matrix, and the source texts. Important: For product passports, we recommend 100% review – sampling is risky because incorrect translations, for instance in safety instructions, can lead to liability traps. Plan between 2 and 5 working days per language for 10,000 words, depending on technical complexity.

Finally, technical integration: The reviewed translations are uploaded into the XML or JSON structure of the digital product passport. Before publication, perform an automatic comparison (e.g., via scripts that check whether all required fields are filled in each language). Have the final version approved by a second specialist – ideally from product development or the legal team. Store all translations in a version-controlled manner to be able to fall back on previous work during updates. Note: AI translations without human review are not recommended for digital product passports under the Ecodesign Regulation, as the responsibility for errors lies with the manufacturer. Seek legal advice on this. This workflow ensures that your product passports are rolled out consistently, correctly, and in compliance with the law in 24 languages.

Quality Assurance in 24 Languages: Methods and Criteria

Ensuring the linguistic and technical accuracy of digital product passports in 24 languages requires a multi-stage quality assurance (QA) process based on established translation standards such as DIN EN 15038. Start by setting up a central translation memory system (TM) and a consolidated terminology database. These tools ensure that recurring terms such as "energy efficiency class" or "repairability index" are translated consistently across languages. Define specific QA criteria for each language, such as checking grammatical correctness, compliance with EU formatting requirements (e.g., date or unit formats), and cultural appropriateness.

Conduct a two-stage review: first, an automatic check using AI-powered error detection (e.g., detection of missing numbers, inconsistent units, or untranslated placeholders). Then, a manual review by native-speaking specialist reviewers, who sample a representative subset of about 10–20% of product passports per language. For safety-relevant or legally sensitive fields – such as information on product liability or chemical ingredients – we recommend a full review. Define clear error categories: translation errors, terminology deviations, formatting errors, and content inconsistencies. A target error rate of less than 2% should be aimed for per language version, with critical errors (e.g., incorrect warnings) being unacceptable.

Document all QA results in an inspection report with date, reviewer, checked fields, and corrections. This report serves not only for internal quality control but also as evidence during compliance checks. Implement a feedback loop where reviewers regularly report common errors to the translation team and terminology managers to continuously improve baseline quality. Also consider language-specific peculiarities: In Polish, for example, all product components must be correctly declined in the locative case, while in Finnish, the use of the partitive for quantities is a common source of error.

Train your reviewers specifically in the content of the EU Ecodesign Regulation, especially the defined data fields for product passports. Use proven checklists that are differentiated by product category (electronics, textiles, furniture). Conduct regular calibration sessions between reviewers of different languages to harmonize assessment standards. Allow sufficient time for QA – with 24 languages, manual review can take several weeks per pass. Automate where possible, but never replace human control for legally relevant content.

Integration of Translations into Existing Product Data Systems

For efficient integration of localization results into your product data landscape, an API-based connection between your Translation Management System (TMS) and your Product Information Management (PIM), ERP, or CMS is recommended. Ideally, your TMS should support bidirectional interfaces (e.g., REST APIs) enabling automated data exchange. Ensure that transferred data fields are clearly identified—preferably via a combination of product SKU and language code (e.g., de_DE for German, en_GB for British English). Use standardized exchange formats such as XLIFF 2.0 or XML with predefined schemas to avoid misunderstandings.

Before importing translations into the target system, perform a technical validation: check that the character count does not exceed field limits, that special characters are correctly encoded (e.g., umlauts, Cyrillic characters), and that placeholders for dynamic content (such as numbers or variables) are still present. When feeding back into your PIM, translations should be stored as a separate attribute per language, not as a replacement of the source text. Define clear metadata fields for translation version, review date, and status ("in translation", "reviewed", "approved"). These metadata facilitate future updates or traceability.

When updating product passports (e.g., due to technical changes), all translations must also be updated. Automate this process via delta translation memories: only translate the changed segments again. Ensure your workflow includes language-specific approval before going live—ideally through an approval-based status in your system. For time-critical updates, you can opt for immediate publication with later review, but should then define a clear rollback procedure.

Test the integration initially on a small product group (e.g., 10 products in 5 languages) in a staging environment. Measure transfer times, check consistency of imported data, and have a native speaker sample review performed. Document all interface errors and adjust mapping rules. Also consider special cases such as multilingual products (e.g., user manuals containing multiple language versions in one file). Implement an automatic alert for failed imports or inconsistent data to minimize manual intervention.

Legal Aspects: Liability and Compliance for Translation Errors

Errors in translations of digital product passports can have significant legal consequences. According to the EU Ecodesign Regulation, data in product passports must be provided in the official language of the country of marketing. A translation error in safety-relevant information (e.g., battery disposal or CE marking instructions) can be considered a violation of the Product Safety Directive (2001/95/EC) and lead to market withdrawals or fines. Responsibility lies with the manufacturer or importer—even if an external translation service provider was commissioned.

To minimize liability risks, you should contractually agree with your translation service provider on clear warranty rules. It is advisable to agree on the correction of translation errors within specified deadlines and a limitation of liability to demonstrable errors. Additionally, implement internal quality assurance processes that mark legally relevant fields (e.g., via metadata tag "legally relevant"). These fields must not only be linguistically correct but also content-wise compliant with current EU requirements. Ideally, have such information reviewed by a lawyer with European expertise before translating into other languages.

Note that for products distributed in multiple EU member states, often divergent national implementations of the EU regulation exist. France, for example, additionally requires the repairability index in French. A Scandinavian country might demand a specific translation for environmental labels. These country-specific requirements must be covered by your translation team. Document every legal source that influenced the translations, and archive the reviewed versions for at least ten years after market withdrawal—as required by the Product Safety Directive for documentation.

Please note: This guide does not constitute legal advice. In doubt, consult a specialized lawyer for EU product law who can review the current regulations and national implementing provisions. A proactive approach—such as establishing a legal review process in the TMS—can prevent later conflicts. Invest in regular audits of your localized product passports by an external body to independently confirm compliance. This builds trust with market surveillance authorities and strengthens your position in the event of a dispute.

Cost Control and Efficiency in Multilingual Strategy

Translating digital product passports into 24 EU languages can incur significant costs if the process is not designed efficiently from the start. To keep expenses manageable, it is advisable to store recurring text modules such as safety instructions, material definitions, or recycling guidelines as translation memories. Experience shows that this can save 30 to 40 percent of translation volume, as identical segments are billed only once. Additionally, you should create a terminology glossary for each language pair to ensure consistent use of specialist terms like "repairability index" or "carbon footprint," eliminating rework.

Another lever is the strategic selection of target languages based on market priority. Instead of rolling out all 24 languages simultaneously, you can cover the five to six most important EU markets in a first phase (e.g., German, English, French, Spanish, Italian, and Dutch). The remaining languages follow according to defined criteria such as revenue potential or legal deadlines. For the translation itself, an AI-supported pre-translation process is recommended, where machine systems provide a raw version that is then edited by native speakers. This hybrid approach typically reduces cost per word by half compared to purely human translation, without compromising quality.

Automating subtasks also boosts efficiency: metadata such as product ID numbers or certification logos do not need to be translated manually but can be pulled from master data via API. For mandatory fields of the Ecodesign Regulation—such as energy efficiency classes or substance lists—use standardized translation templates approved once by your legal department. Also check whether translations can be linked to existing product data systems like a PIM (Product Information Management). Automatic synchronization avoids duplication and ensures that all language versions are updated promptly when product changes occur.

Finally, clear cost controlling is essential: record efforts per language, per translator, and per revision cycle. With this data, you can identify weak points in the workflow—such as recurring errors in certain language pairs—and take targeted action. The investment in a Translation Management System (TMS) typically pays for itself within a year, as it makes supply chains transparent and enables renegotiations with service providers based on valid metrics. Note that the specific design of your cost-saving measures should always be coordinated with a legal advisor to ensure compliance with the EU Ecodesign Regulation.

SEO for Localized Product Passports: Visibility in European Markets

A digital product passport available in 24 EU languages is only valuable if it is found by the relevant target groups. Since the Ecodesign Regulation does not impose direct SEO requirements, optimization is in your hands. A well-localized product passport that is search-engine friendly can significantly increase your product's visibility in national markets. Experience shows that products with high information needs—such as electrical appliances, textiles, or furniture—particularly benefit from a language-specific keyword strategy.

Start with keyword research for each target market, because search terms like "energy efficiency" are not translated one-to-one into other languages. In French, users search for "classe énergétique" rather than "efficacité énergétique." Tools like the Google Keyword Planner help identify high-volume terms. Then integrate these keywords into the product passport text modules, especially in headings, metadata, and recurring phrases such as "repair instructions" or "disposal information." However, ensure the translation remains natural—over-optimized text does not appear trustworthy and may be penalized by search engines.

Another important aspect is language-specific URL structure. Use separate URLs for each language (e.g., /de/produktpass, /fr/passeport-produit) instead of a single URL with language parameters. This facilitates crawling by search engines and improves ranking in respective country domains. Remember to set hreflang tags correctly to avoid duplicate content issues. Meta tags (title, description) should also be optimized per language—for example, by incorporating local search-relevant terms. Have these texts written by native speakers, as automatic translations often lead to unnatural phrasing.

Practically, a multi-stage SEO process is recommended: after the initial translation, analyze the performance of individual language versions using analytics data. Identify pages with low click-through rates and optimize titles and descriptions accordingly. The loading time of the product passport also matters—ensure multilingual assets are not too heavy. Use Content Delivery Networks (CDNs) to speed up delivery. Finally, SEO is an ongoing process. Plan quarterly reviews of rankings. The measures described here do not replace individual legal advice; consult a specialized attorney for legal questions regarding search engine guidelines.

Case Studies: Typical Challenges and Solutions

In practice, recurring challenges emerge when localizing digital product passports. A common issue is inconsistent translation of technical terminology. For example, a manufacturer of electrical appliances used the term 'Energieeffizienzklasse' in German, but 'classe énergétique' in French and 'clase de eficiencia energética' in Spanish. After review by native speakers, it became clear that the Spanish variant is not commonly used in the market. The solution was to create a multilingual glossary that was approved by subject matter experts before translation work began. This eliminated rework in 20 percent of cases.

A second case study involves the integration of translations into a Product Information Management (PIM) system. A furniture manufacturer discovered that after an update to the product master data (e.g., change in material composition), the translations in five languages were not updated. The result: an Italian customer received a product passport with outdated recycling instructions. The error occurred because the translation workflow was triggered manually. The solution was an API-based interface between the PIM and translation management system that automatically generates a translation task for every change. Additionally, a quarterly reconciliation was implemented to detect discrepancies between the source and translations.

A third hurdle is language-related legal compliance. A pharmaceutical company translated its product passport into 24 languages but received a complaint in Poland regarding inadequate translation of warning notices. The Polish market explicitly requires that certain safety phrases from Regulation (EU) 2023/988 be adopted verbatim from the Official Journal. However, the translators had opted for a paraphrased version. The remedy was a legal review by specialized lawyers before publication. Since then, each language is reviewed by a lawyer with relevant language skills.

From these examples, concrete recommendations can be derived: invest in centralized terminology management, automate translation triggers via API interfaces, and always have legally relevant content reviewed by local legal experts. Please note that these suggested solutions are general in nature and may not cover your specific situation. For implementation, consult a lawyer with expertise in EU product law.

Checklist for Implementing Localized Product Passports

Implementing localized digital product passports requires a structured approach. This checklist summarizes the key steps to guide you from planning to continuous optimization.

**1. Fundamentals and Requirements Analysis** - Clarify the scope: Which products fall under the EU Ecodesign Regulation? Check product-specific implementing acts for special provisions. - Define the target markets and their language versions. In addition to the 24 EU official languages, consider regional variants (e.g., French for Belgium vs. France). - Create a data catalog of all mandatory and optional fields of the product passport (e.g., material composition, repairability index, CO₂ footprint).

**2. Terminology and Content Preparation** - Establish a binding glossary of technical terms, coordinated with the legal department and subject matter experts. Use existing EU terminology databases such as IATE. - Develop style guides for each language (e.g., country-specific units of measurement, date formats, currency symbols). - Structure source texts modularly so that recurring elements (e.g., safety instructions) can be centrally maintained and translated once.

**3. Technical Implementation and Translation Process** - Select a suitable Translation Management System (TMS) with API connectivity to your product database. Ensure support for XML/JSON formats and versioning. - Implement an AI-assisted workflow: machine pre-translation with domain-specific models (e.g., for technical descriptions), followed by native-speaker review by specialized translators. - Set up quality controls (e.g., compliance with the glossary, correct numbers and units). Use automated checks (QA tools) and spot checks by a second translator.

**4. Integration and Publication** - Test localized product passports in a staging environment. Verify that all data fields display correctly and that links (e.g., to external sources) work in the respective language. - Ensure that passports are consistently deployed across all relevant channels (website, QR code, app). - Document the entire process for audits and regulatory evidence. Maintain a change log to track future updates.

**5. Continuous Improvement** - Schedule regular reviews with local offices or native speakers to ensure linguistic and cultural appropriateness. - Analyze user feedback (e.g., support inquiries regarding unclear phrasing) and derive optimizations. - Update translations promptly when regulations change or product updates occur. Perform a clear-screen review when new content is added.

This checklist helps you avoid common errors such as inconsistent terminology, unadapted formats, or incomplete localization. Systematic implementation saves costs in the long term and minimizes legal risks.

Outlook: Further Development of Ecodesign Requirements and Localization

The EU Ecodesign Regulation is not a static set of rules. You will need to prepare for the fact that requirements for digital product passports will be expanded and refined in the coming years. This outlook helps you make your localization strategy future-proof.

**Expansion of product-group-specific requirements** The European Commission is continuously working on implementing acts for further product categories – from textiles to electronics to furniture. Each new regulation brings additional data fields that need to be translated into all languages. Therefore, plan for scalable terminology management that can flexibly adapt to new terms. Early analysis of consultation drafts has proven effective in starting translation preparations in parallel with the legislative process.

**Integration with other EU data spaces** Digital product passports are intended to be linked with other European data infrastructures in the future, such as the European Data Space for Circular Economy. This means that metadata and classifications (e.g., waste codes, material labeling) must be available in standardized, multilingual taxonomies. When localizing, ensure the use of official translations from EU databases (e.g., the European Waste Catalogue) and maintain them in your glossary. Close coordination with industry associations helps avoid inconsistencies.

**Dynamic content and real-time localization** In the future, product passports could contain not only static but also dynamic information – such as current repair costs or CO₂ emissions from the supply chain. This data must be provided in real time in multiple languages. This requires fully automated localization workflows where AI translations are delivered without human review only when the error rate is minimized through continuous training. Prepare your systems today for such scenarios by feeding your translation models with domain-specific data and monitoring quality metrics such as BLEU scores.

**Legal certainty and liability** With increasing complexity, the liability relevance of incorrect translations also rises. Courts will more strictly scrutinize whether companies exercise due diligence in localization. Therefore, document every step – from terminology definition to translation quality to approval. Maintain an audit-proof logbook and use certifications such as ISO 17100 for translation service providers as evidence. For critical legal terms, consider separate legal review by native-speaking lawyers (Note: Consult your legal department for advice).

**Conclusion** Those who invest today in a flexible and quality-oriented localization infrastructure are well prepared for future requirements. Monitor political developments in Brussels, exchange ideas with colleagues in the industry, and continuously adapt your processes. This not only avoids costly rework but also opens up competitive advantages in European markets.

Collaboration with localization service providers: Selection and interfaces

Choosing the right localization partner is crucial for the timely and correct implementation of the EU Ecodesign Regulation. When selecting, look for proven experience with technical product documentation and ideally references from your industry. A pure translation service provider without technical understanding of data structures will hardly manage the complexity of digital product passports. Ask whether the provider uses a translation management system (TMS) that can integrate into your product database (PIM system). Only then can repeated manual exports and imports be avoided.

Clarify binding interfaces at the start of the collaboration: What data format do you deliver? What quality standards apply to the delivered translations? How are updates or correction loops handled? A proven approach is to set up a shared project space where you store glossaries, style guides, and reference materials. Also define clear responsibilities: Who checks the translation technically (your internal experts), who checks linguistically (the service provider)?

A common objection to using external service providers is cost. Experience shows that the investment pays off through economies of scale and avoided errors. Request a detailed quote that breaks down costs for terminology work, translation, review, and project management. Ensure that prices per word or per character apply to all 24 EU languages – some providers charge a surcharge for smaller languages.

Legally, it must be noted that liability for the correctness of the localized content remains with you as the manufacturer. Therefore, have your service provider confirm in writing that they produce the translations according to the current state of the art and in consideration of the Ecodesign Regulation. Independent legal advice on contract design is recommended.

A phased rollout has proven practical: Start with two to three main languages (e.g., German, English, French), test the workflow, and then expand to all EU languages. This minimizes initial difficulties and allows you to optimize processes before the bulk of translations comes in.