Do Digital Product Passports and QR Codes Still Require Translation?

Do Digital Product Passports and QR Codes Still Require Translation?

22nd July, 2026

1. What a Digital Product Passport Actually Does

A Digital Product Passport, commonly called a DPP, is an electronic record associated with a product, component, or product model.

It is designed to make specified information available to different participants across the product’s value chain.

The EU’s Ecodesign for Sustainable Products Regulation, or ESPR, establishes the framework through which the European Commission can adopt product-specific ecodesign requirements, including requirements for Digital Product Passports.

The regulation does not instantly impose an identical passport on every product.

Instead, the European Commission adopts delegated acts defining which requirements apply to particular product groups and when businesses must comply.

A passport may contain information relating to:

• Materials.
• Environmental performance.
• Repairability.
• Maintenance.
• Spare parts.
• Substances of concern.
• Recycled content.
• Disassembly.
• Recycling.
• Other product-specific requirements.

The exact information will depend on the delegated act applying to the relevant product group.

The DPP is generally accessed through a data carrier connected to the product.

The ESPR refers to technologies such as watermarks and quick-response codes as possible methods of making digital product information accessible.

Where possible, the data carrier should remain with the product throughout its life cycle.

This is one reason QR codes are frequently discussed alongside Digital Product Passports.

A QR code can connect a physical product to a much larger digital record without requiring the manufacturer to print every technical, environmental, repair, and compliance detail directly on a label.

However, the code is only an access mechanism.

It does not evaluate whether the information is correct.

It does not determine which language a user needs.

It does not make technical terminology understandable.

It does not resolve conflicts between product manuals, repair instructions, sustainability claims, and regulatory documentation.

The same principle applies to battery passports.

Under the EU Batteries Regulation, certain light means of transport batteries, industrial batteries above 2 kWh, and electric-vehicle batteries must have an electronic battery passport beginning February 18, 2027.

The passport is accessible through a QR code linked to the relevant battery record.

A Digital Product Passport therefore improves access to information.

It does not eliminate the need to prepare that information correctly for the people expected to use it.

2. Why a QR Code Does Not Eliminate Translation

A QR code solves a technical problem: it connects a physical item to digital information.

Translation solves a communication problem: it allows a person to understand that information in a language they can use.

These are not interchangeable functions.

The ESPR states that information supplied under its requirements must be provided in a language customers can easily understand, as determined by the Member State where the product is made available or put into service.

It also requires certain digital instructions to be clear, understandable, legible, and available in a language that can be easily understood in the relevant Member State.

This means a company cannot assume that placing English-language content behind a QR code automatically satisfies every European language obligation.

Imagine a product sold in Spain.

The QR code opens correctly.

The server is available.

The passport accurately identifies the product model.

However, the repair instructions, disposal details, maintenance warnings, and sustainability information appear only in English.

The technical link may function exactly as designed, but the information may not be easily understood by the customer who needs it.

Language also matters because the DPP may serve several audiences.

Consumers may want to understand durability, environmental performance, repair options, or recycling requirements.

Technicians may need maintenance, disassembly, or spare-parts information.

Recyclers may need information about materials and substances that affect safe treatment.

Importers and distributors may need conformity information before making a product available.

Market-surveillance authorities may request technical documentation or other evidence in a language they can easily understand.

One English-language interface may not serve all these users effectively.

Translation must also go beyond menu labels.

A DPP may include:

• Technical terms.
• Safety warnings.
• Material descriptions.
• Repair procedures.
• Measured values.
• Environmental claims.
• Legal declarations.
• Downloadable documents.
• Links to external instructions.

Translating only the landing page while leaving the underlying PDFs in English creates an incomplete multilingual experience.

A digital interface can hide language gaps more easily than printed packaging.

A company may believe the DPP has been localized because the opening screen displays “Español,” while critical repair or safety documents remain untranslated several clicks deeper.

Professional Digital Product Passport translation services should therefore evaluate the entire information path, not merely the first page reached through the QR code.

A functioning link can contain unusable information

3. Which DPP Information Requires the Closest Language Review?

Not every field in a Digital Product Passport creates the same degree of linguistic risk.

A numerical model identifier may not require translation.

A warning explaining how to remove a damaged battery safely requires precise language.

Companies should prioritize translation based on who uses the information and what could happen if it is misunderstood.

The highest-priority content may include:

• Product instructions and operating limitations.
• Maintenance and repair procedures.
• Disassembly instructions.
• Safety warnings and emergency information.
• Battery handling and charging instructions.
• Information about substances of concern.
• Recycling and end-of-life instructions.
• Spare-part names and compatibility statements.
• Environmental and sustainability claims.
• Warranty, return, and support information.
• EU declarations of conformity.
• Technical documents requested by authorities.

The EU declaration of conformity deserves particular attention.

Under the ESPR, it must be translated into the language or languages required by the Member State where the product is placed or made available.

Battery-related information also demonstrates why the QR code itself is not enough.

The EU Batteries Regulation requires certain instructions, safety information, contact details, and authority-facing documentation to be available in languages that end users or national authorities can easily understand.

A company should therefore separate language-neutral data from language-dependent content.

Serial numbers, standardized identifiers, numeric measurements, and machine-readable fields may travel across markets with little or no linguistic adaptation.

Instructions, claims, explanations, warnings, and legal statements generally require more careful localization.

Terminology consistency is especially important.

If a component is called a “retaining clip” in the repair guide, a “locking tab” in the spare-parts list, and a “fastener” in the recycling instructions, users may believe the system refers to three different parts.

That confusion becomes more likely when multiple vendors translate separate sections of the passport without a shared glossary.

A Digital Product Passport should therefore be managed as one connected multilingual system rather than a collection of isolated webpages and documents.

4. Real-World Scenario: A Scannable Passport That Customers Could Not Use

Consider a U.S. manufacturer of portable commercial cleaning equipment.

The company begins selling a rechargeable floor-cleaning machine in Spain, France, and Germany.

The product includes a QR code linking to a digital record with battery information, repair instructions, spare-parts details, recycling guidance, and sustainability claims.

The manufacturer creates the passport in English and uses automated translation for the navigation menus.

Customers can select Spanish, French, or German on the opening screen.

At first glance, the system appears multilingual.

However, the downloadable maintenance guide remains in English.

The Spanish spare-parts page translates “battery retaining latch” as a generic “battery cover.”

The disassembly page uses another Spanish term for the same component.

A warning stating that a damaged battery must not be removed with metal tools appears only in the English PDF.

A Spanish repair technician scans the QR code while replacing a damaged battery.

The technician understands the translated menu but cannot find a Spanish version of the full removal procedure.

The part names shown in the DPP also do not match the labels used on the equipment diagram.

The technician uses the wrong tool near a damaged battery terminal and creates a short-circuit risk.

Even without an injury, the manufacturer now faces several business problems.

The distributor questions whether the digital instructions are clear enough for the Spanish market.

The company must review every language version, replace the automated terminology, translate the complete maintenance file, update the DPP, notify service partners, and verify that users are accessing the current version.

Because the passport is digital, the company can correct the information without reprinting every product label.

That is a significant advantage.

However, the flexibility of digital correction does not eliminate the original compliance and safety risk.

Now consider a professional workflow.

Before launch, the company identifies every safety-critical DPP field and document.

The translator receives product photographs, repair diagrams, approved component names, battery specifications, and the complete information architecture.

A terminology database establishes one Spanish name for each component.

The maintenance guide, DPP interface, parts list, safety warnings, and linked technical documents are translated and reviewed together.

The company then tests the Spanish interface using the same steps a technician would follow during an actual battery replacement.

The QR code does not become valuable merely because it can be scanned.

It becomes valuable because the information it reveals is complete, consistent, and understandable to the person who needs it.

5. Who Is Responsible for Multilingual DPP Content?

A translation agency does not become the product manufacturer simply because it translates the Digital Product Passport.

The manufacturer remains responsible for supplying accurate source data, determining which product requirements apply, maintaining the product record, and ensuring that the required passport is available.

Under the ESPR framework, manufacturers of products covered by applicable delegated acts must ensure that the required information and a compliant Digital Product Passport are available.

Importers must verify the existence of the required documentation and the DPP before placing covered products on the market.

Distributors must not make products available when they believe the product or manufacturer is noncompliant.

Dealers must also ensure that customers and prospective customers can access relevant information and the Digital Product Passport, including in distance-selling situations.

Translation fits within this chain of responsibility.

The manufacturer controls the technical truth.

Engineers and compliance teams determine which materials, measurements, repair instructions, warnings, and environmental claims are correct.

Translators preserve that approved meaning in the target language.

Native-language reviewers confirm that the content is clear, internally consistent, and appropriate for the intended user.

Web developers and DPP providers ensure that the correct language version is displayed and remains accessible.

Importers and distributors verify that the appropriate information is available for the destination market.

A translator cannot independently determine whether a product contains 35% recycled material or whether a battery is safe to remove at a particular charge level.

The company must supply verified source information.

At the same time, a qualified translator should identify unclear or contradictory wording.

For example, if one source document states that a product is “fully recyclable” while another says that only its aluminum housing is recyclable, the discrepancy should be escalated before either claim is published in multiple languages.

Version control is equally important.

Digital content can be updated quickly, but that speed can create uncontrolled differences between languages.

The English passport may be updated on Monday while the Spanish, French, and German versions remain unchanged for several weeks.

A multilingual DPP system should record the source revision, translation status, reviewer, publication date, product model, and affected markets.

When a safety-critical field changes, the system should prevent outdated language versions from remaining publicly available without a visible warning or controlled fallback.

6. Myths and Realities About Digital Product Passports

Myth: Every product sold in the EU already needs a DPP

Reality: The ESPR creates the framework for Digital Product Passports, but product-specific requirements are generally established through delegated acts.

Those acts define which ecodesign and information requirements apply to particular product groups and provide businesses with implementation timelines.

Businesses should monitor the rules applying to their actual product categories rather than assuming that all products have the same deadline.

Myth: QR codes are language-neutral, so the information needs no translation

Reality: The graphical code may be language-neutral.

The information accessed through it is not.

Instructions, warnings, sustainability explanations, repair guidance, and conformity documents may still be subject to language requirements.

Myth: English is sufficient because technical professionals use it internationally

Reality: The ESPR contains provisions requiring customer information and digital instructions to be available in a language that can be easily understood in the relevant Member State.

Authorities can also request documentation in a language they understand.

A company should not assume that professional users, consumers, repairers, or regulators will all accept English.

Myth: Translation is needed only for consumer-facing DPP fields

Reality: Consumers are only one audience.

Technical instructions, conformity documentation, recycling information, authority-facing records, and repair documentation may also require translation or localization.

Myth: Automated translation is sufficient because DPP content is structured

Reality: Structure can support translation, but it does not eliminate ambiguity.

Short database fields may be more difficult to translate because they lack context.

Terms such as “housing,” “cell,” “liner,” “module,” “carrier,” “release,” or “service” can have several meanings depending on the product.

Myth: A multilingual menu makes the entire passport multilingual

Reality: The language selector is only the first layer.

Every linked page, downloadable document, pop-up warning, image caption, PDF, support article, and external resource should be reviewed.

Myth: Digital information is easier to control than printed labels

Reality: Digital information is easier to update, but it can also change more frequently and create inconsistent versions.

Strong governance is still required to ensure that every market receives the correct approved content.

Myth: The DPP replaces all other product documentation

Reality: A Digital Product Passport operates alongside other EU product requirements.

Products may still need physical labels, instructions, safety information, declarations, technical files, and documentation required under sector-specific rules.

7. How to Build a Translation-Ready DPP System

Translation planning should begin when the DPP data structure is designed, not after the English passport is complete.

Start by identifying the applicable product rules.

Determine whether the product is already covered by a specific passport requirement, such as the battery-passport provisions beginning February 18, 2027, or whether future requirements will depend on an ESPR delegated act.

Next, identify every destination market.

A product sold only in Spain may need a different language configuration from one sold throughout the European Union.

Do not assume that one multilingual version will automatically satisfy every Member State, authority, professional audience, or sector-specific rule.

Map the DPP content by user.

Consumers, technicians, recyclers, customs authorities, importers, distributors, and market-surveillance authorities may have access to different information.

The translation workflow should reflect those access levels.

A consumer-facing sustainability statement may require natural and accessible language.

A disassembly procedure may require specialized technical terminology.

An authority-facing declaration may require precise legal and regulatory phrasing.

Build the system for multilingual content from the beginning.

Each translatable field should have a stable identifier.

The database should distinguish translatable text from nontranslatable numeric data.

It should support language variants, revision histories, reviewer statuses, and publication controls.

Avoid embedding important text directly inside images.

Text locked inside a diagram is more difficult to translate, update, search, and synchronize across languages.

Create a controlled terminology glossary.

The glossary should include product names, materials, components, repair operations, sustainability terms, hazards, abbreviations, and approved claims.

Include definitions and photographs whenever a term could refer to more than one physical part.

Provide translators with complete context.

A list of database strings is rarely sufficient.

Translators should be able to see the product, page layout, surrounding information, intended audience, units of measurement, access level, and related documents.

Use translation memory and terminology management.

Repeated safety and technical statements should not be translated differently across the product passport, manual, packaging, support website, and online listing.

A controlled language system reduces variation and makes later updates more efficient.

Separate creative marketing translation from compliance translation.

A product story may allow adaptation.

A warning, conformity statement, measured value, or disassembly instruction requires close correspondence with the approved source.

Test the complete user journey.

Scan the QR code from the actual product.

Select each target language.

Open every linked document.

Verify that the language does not unexpectedly revert to English.

Check that buttons, error messages, accessibility text, charts, footnotes, and downloadable files are translated where necessary.

Test the DPP on mobile devices because many users will access it through a phone at the point of use, repair, resale, or disposal.

Review accessibility as well.

The broader DPP design should consider whether translated content remains usable with screen readers, enlarged text, keyboard navigation, and accessible document formats.

Create an update process.

When the source changes, every affected language should enter a controlled review workflow.

Safety-critical updates should not remain live in English while outdated translated instructions continue appearing elsewhere.

Retain publication records.

The business should be able to show which version of each language was active for a particular product and date.

This can help during audits, complaints, recalls, technical updates, and distributor reviews.

The Spanish Group is a renowned translation company offering services in over 90 languages. No matter the subject or document type, our experts are trained and certified to deliver the highest-quality translations.

For U.S. manufacturers and exporters, The Spanish Group can support Digital Product Passport interfaces, technical instructions, safety information, repair documentation, sustainability content, declarations, manuals, product labels, and QR-linked materials.

The service should be selected according to the document’s purpose.

Certified translation services for immigration are designed to reproduce official personal records for government review.

Digital Product Passport translation requires a different workflow involving terminology management, structured content, technical context, interface review, regulatory coordination, and continuous version control.

Both require accuracy, but they solve different business and compliance problems.

8. Digital Product Passport Translation Checklist

Before publishing a multilingual DPP, identify which product-specific EU rules apply and when they take effect.

Confirm every EU market where the product will be sold and determine which languages customers and authorities must be able to understand.

Map all translatable content, including interface text, instructions, warnings, PDFs, diagrams, environmental claims, repair information, and external links.

Separate language-neutral data from language-dependent explanations.

Create approved terminology for product components, materials, sustainability terms, and safety instructions.

Provide translators with product photographs, diagrams, complete source files, and user context.

Verify that the translated interface leads to translated supporting documents rather than English-only files.

Check consistency between the DPP, packaging, printed manual, online listing, and support website.

Test each language by scanning the actual QR code and following the complete user journey.

Review accessibility, mobile display, text expansion, and downloadable-document formatting.

Implement revision controls so outdated translations cannot remain available after important source changes.

Retain records showing which language version was approved and published for each product model.

9. Conclusion

Digital Product Passports and QR codes do not eliminate the need for translation.

They change where product information is stored and how people access it.

They do not make warnings, repair instructions, sustainability data, legal declarations, or technical explanations automatically understandable across the European Union.

The ESPR requires certain customer information and digital instructions to be clear and available in languages people can easily understand.

Authorities may also request conformity documentation in an understandable language.

For U.S. companies, the safest approach is to design multilingual capability into the DPP before launch.

Send your DPP content, QR-linked documents, manuals, and technical materials to The Spanish Group for professional translation and linguistic quality review.

A controlled multilingual system can help prevent inaccessible information, inconsistent instructions, distributor objections, compliance questions, and expensive corrective work after products enter the EU market.

Key Takeaways

• QR codes provide access but do not translate information.
• DPP language requirements depend partly on product-specific EU rules.
• Linked documents require review, not only the landing page.
• Multilingual planning should begin during DPP system design.