Medical Device Translation Services

• The requirement follows the user, not the manufacturer: several states accept English for professional-only devices but insist on the national language the moment a layperson could use it
• Class does not exempt you: a Class I device has the same language obligations as a Class III implant
• It goes beyond the IFU: labels, packaging text and the safety information that travels with the device are all covered

For professional-use devices, EU rules allow instructions to be supplied electronically instead of on paper. eIFU changes the delivery format, not the language obligation, and it adds requirements of its own about availability and access. We translate and maintain eIFU content in the same versioned workflow as print, so the electronic and physical texts never drift apart.

Mistranslated use instructions are a safety issue first and a commercial issue second: they surface in incident reports, complaints and corrective actions. Competent authorities treat the translated IFU as part of the device. It deserves the same engineering discipline as the device itself.

Devices placed on the Great Britain market are regulated by the MHRA under the UK's own medical device rules, with labelling and instructions in English. CE-marked devices remain accepted on the GB market under transitional arrangements, so most manufacturers are running EU and UK compliance in parallel rather than choosing between them.

Northern Ireland continues to follow the EU regulations, which keeps the EU language obligations live for any device sold there. For a UK manufacturer this is the detail that quietly reintroduces the full EU translation question into a "domestic" launch.

For UK manufacturers selling into Europe, the practical sequence is: master IFU and labelling in English, a controlled terminology base per device family, then simultaneous translation into the market set for the launch. We run this as one programme with one glossary and one memory, which is materially cheaper and more consistent than commissioning each market separately, and it scales the same way when you add Switzerland, the Gulf, or Asian markets with their own national requirements.

• Technical documentation supporting conformity assessment, including risk management files and test reports
• Clinical evaluation reports and the literature they cite, which is frequently multilingual
• Post-market surveillance documents: PMS reports, periodic safety update reports, trend analyses
• Summary of safety and clinical performance for implantable and Class III devices: a document with the unusual requirement of being written for both clinicians and patients, which makes its translation a register exercise as much as a terminology one

Field safety corrective actions and their field safety notices are where translation speed becomes a compliance matter: a recall notice has to reach users in every affected market, in their language, immediately. FSNs run through our same-day service across all affected languages in parallel, with the terminology of the original IFU preserved so users recognise exactly which product and which instruction is affected.

Sales sheets, clinician training decks, e-learning and service manuals follow the regulated content and must stay consistent with it. Our e-learning translation team handles the training formats, drawing on the same device glossary.

The standardised symbol set for medical device labelling replaces recurring statements with language-independent symbols, and a well-designed label leans on them. Where your labelling uses standard symbols, we translate what remains and leave the symbols to do their job; where legacy labels spell everything out in prose, we will point out the symbol substitutions that shrink the multilingual label problem before it multiplies across two dozen languages.

Home-use devices are documented for people with no clinical vocabulary. Our translators work to the reading level of the source text, and a second linguist reviews specifically for lay comprehension in the target culture: measurement conventions, decimal separators, and the local way of naming anatomy that patients actually use. Where usability engineering files reference specific instruction wording, translated instructions are kept aligned with the validated originals.

Labels and IFUs live in constrained artwork: multi-panel leaflets, tiny type areas, and text expansion that breaks layouts (German runs roughly 30% longer than English; Arabic runs right to left). Our multilingual DTP studio returns translated artwork print-ready in InDesign or your native format, with RTL layouts mirrored correctly, so your packaging supplier receives final files rather than a translation someone still has to typeset.

UI strings live in resource files with character limits, placeholders and plural logic; an error message that truncates in German or misorders a variable in Arabic is a usability defect in a regulated product. We localise device software through the same engineering pipeline as our software localisation practice: string files handled in their native formats, context screenshots for every translatable string, pseudo-locale testing to catch truncation and layout breaks before translation, and in-context review on the built product afterwards.

The button names in the IFU must match the buttons on the screen, in every language. Because software strings and documentation run through one glossary and one memory per device family, the instruction "press Start measurement" matches the interface exactly, revision after revision.

Device software ships updates, and each release changes strings. We translate releases as deltas against approved memory, flag any changed string whose approved translation no longer fits the new context, and deliver a clean audit trail of what changed linguistically between versions, which is precisely the record a quality system wants to see.

1. Terminology first: we build the device glossary from your existing approved labelling, your risk management language and the standard terms of your device category, and lock it before translation starts
2. Master translation per language by a linguist with relevant medical or engineering background, revised by a second specialist
3. DTP and delivery in your artwork or software formats, ready for regulatory submission or print
4. Revisions as deltas: label changes and IFU updates are translated against memory, so a five-line change costs a five-line price across every language, not a re-translation

Unreleased devices and technical files are handled under NDA with access restricted to the assigned team, encrypted transfer, and UK data storage throughout. GDPR-compliant handling is standard, including for complaint and vigilance material containing patient information.

Medical device translation is priced per word, typically from £0.10 depending on language pair and content type, with repetition discounts of up to 50% applied automatically: on labelling and IFU work, where boilerplate recurs heavily, the effective programme cost drops steeply after the first market. The online quote gives you a fixed price on a specific document in minutes; multi-market launches and ongoing device families are better served by our enterprise arrangements with volume rates and a named project manager.