Get Your ISO 14971 Quote
Build a risk management file that clears review the first time
Someone has asked for your ISO 14971 risk management file - a notified body reviewer, a national regulator’s assessor, or a customer’s regulatory team. ISO 14971:2019 sets how a manufacturer identifies hazards, estimates and controls risk across the device lifecycle, and proves the file is still true after the product ships.
You need ISO 14971 if…
- !Deficiency raised by the notified body reviewer against your risk management file, and the technical documentation review is now paused.
- !Your file still reads in ISO 14971:2007 language, with ALARP diagrams a 2019-trained assessor will question.
- !A market registration submission needs a signed risk management report before the dossier can be filed.
- !A field complaint has surfaced a hazardous situation that never appeared anywhere in the hazard analysis.
- !Design has changed, the software has been rewritten, and nobody has revisited the risk estimates since.
- !One engineer keeps the risk file, and an ISO 13485 audit has just noted it sits apart from design and complaints.
A structured way of finding what can go wrong with a medical device, judging how bad and how likely it is, cutting that risk down, and then checking real production and field data to see whether the judgement held.
ISO 14971 is not normally certified on its own. Conformity is assessed inside an ISO 13485 audit, a notified body technical file review, or a regulatory submission.
No standalone three-year certificate. The risk management file is a living record, reviewed before each release and refreshed whenever production or post-market data shifts.
Medical device and IVD manufacturers, contract manufacturers and software-as-a-medical-device developers preparing submissions or holding an ISO 13485 quality system.
Where this certification is demanded
ISO 14971 is applicable across 1 of the 25 industries SIS covers. The pages below set out the specific reason it comes up in each one.
What ISO 14971 Actually Requires
The backbone an implementer has to build, in the order it usually gets built.
A plan fixed before analysis starts: device scope, lifecycle phases covered, who is responsible, the criteria for acceptable risk, and how the file gets verified.
A written intended use, the user and environment, and reasonably foreseeable misuse - the part most files treat too narrowly and reviewers challenge first.
Hazards under normal and fault conditions, the sequences of events that turn them into hazardous situations, and severity and probability estimated with a stated basis.
Inherently safe design first, then protective measures, then information for safety. Reviewers check the order was followed, not just that a control exists.
Each residual risk evaluated, then the overall residual risk judged as a whole, with a benefit-risk argument where a risk cannot be reduced further.
Complaints, servicing data, published literature and similar-device incidents reviewed on a defined cycle, with the file and report updated when the numbers disagree with the estimate.
How ISO 14971 Assessment Works
No black box. A defined, time-bound route from first call to conformity finding.
Scope & Device Definition
We fix which devices and variants are in scope, the classification claimed, whether software is involved, and whether this is a new submission or a legacy 2007-era file.
2–4 daysRisk File Gap Review
Misuse is where it breaks. The file names a trained clinician as the user. In service the device is handled by a night-shift orderly, and no hazard in the analysis covers that.
1–3 weeksAssessment Against the Standard
An assessor traces single hazards end to end - analysis, design input, verification evidence, labelling text, complaint history - and interviews the people who own each step rather than reading documents alone.
3–5 days on siteConformity Finding or 13485 Integration
The finding attaches to your technical documentation or dossier. At each ISO 13485 surveillance visit the auditor returns to that file and asks which complaints since last year moved a probability estimate.
Folds into your ISO 13485 cycleIndustries That Need ISO 14971
Commonly taken alongside
Not Sure Which Certification You Need?
Three questions. The selector reads the same industry-to-standard mapping this whole site is built on, then shortlists what applies to you.
Which sector best describes your organisation?
One broken thread stops the whole technical review
The reviewer opens the hazard analysis, picks one hazardous situation and follows it to a verification record. If the thread breaks, the review stops. We check that thread before they do.
Get My Free Quote →What ISO 14971 Changes for Your Business
Certification is not a certificate on the wall. It is a working system that pays for itself.
Fewer submission deficiencies
Risk file deficiencies are among the most common reasons a technical documentation review stalls. Closing them before filing saves a review cycle and the months it costs.
Design and risk joined up
Hazard controls tie back to design inputs and verification tests. Change a component and the risk review is triggered by the change control itself, before anyone ships the new build.
Complaints become evidence
Field data flows back into the estimates. When a regulator asks whether your probability assumptions held in service, the answer is a record, not an opinion.
One file, many markets
The same risk management file supports EU technical documentation, national licensing dossiers and other submissions. Each new market draws an extract from the file; the analysis underneath is done once.
A defensible benefit-risk case
Where a residual risk cannot be engineered away, a written benefit-risk argument gives the reviewer, and later any claim investigation, something reasoned to read.
Cleaner ISO 13485 audits
Risk management runs through design control, purchasing and CAPA. A file that holds together removes a recurring source of nonconformities at surveillance.
Knowledge Base - Downloads
Practical documents prepared by our auditors. Fill the short form once and every download on the page unlocks.
ISO 14971:2019 risk file readiness checklist
A clause-by-clause list of what a reviewer opens first in a risk management file, and the evidence expected behind each item.
Hazard, sequence and control traceability matrix
A working matrix linking hazards to sequences of events, controls, verification records and residual risk, sized for a real device rather than a demonstration.
Moving a 2007 risk file to the 2019 edition
What changed in 2019, why ALARP language now causes questions, and how to update an existing file without restarting the whole analysis.
Production and post-production information in practice
How to build the feedback loop from complaints, servicing and published literature into the risk file so it survives a surveillance audit.
Frequently Asked Questions
Straight answers to what buyers ask before they commit to ISO 14971.
Can a company be certified to ISO 14971 on its own?
What changed between the 2007 and 2019 editions?
Do we need ISO 13485 as well?
How does ISO 14971 sit with IEC 62304 and IEC 62366?
Who has to sign the risk management report?
How long does a risk management assessment take?
Talk to a medical device assessor
Twenty minutes with a device assessor will tell you whether your file is close or needs rebuilding, and which of the two it is decides your submission date.
Get My Free Quote → WhatsApp Us