FDA · 510(k) · Clinical evidence

510(k) clinical studies, done the way the FDA expects.

Most 510(k)s clear on a predicate. The ones that need clinical data are where programmes stall. Know when you need a study, how to design one that holds up, and how substantial equivalence sets the evidence bar.

US FDA510(k) premarket notificationSubstantial equivalenceIRB & GCP
510(k) clinical studies guide, Eclevar MedTech

European Champion

Platinum Award 2026

Eclevar MedTech & Milo Health · xShare × EUCROF Open Call

Led by authority

Clinical evidence, designed by people who assess it.

A 510(k) study succeeds or fails on its protocol. Ours are designed and reviewed by clinicians who understand both the science and the regulator’s questions.

Dr Mark DaCosta

Dr Mark DaCosta

COO & CMO · 25+ yrs

Cardiac surgeon and former lead Notified Body reviewer; 400+ devices through regulatory clearance.

in LinkedIn
Sebastien Meier

Sébastien Meier

Chief Data Officer · Biometry · 30 yrs

Sample size, endpoints and statistical analysis plans; architect of the MILO EDC, 21 CFR Part 11.

FDA 510(k)Substantial equivalenceIRB & GCP21 CFR Part 11

Awards, funding, accountability

Europe’s best-rated medical device CRO.

Platinum Award 2026

Platinum Award 2026

Top tier at the xShare × EUCROF Open Call, awarded to Eclevar MedTech and its Milo Health platform, presented at EUCROF 2026 in Amsterdam.

The announcement →

Co-funded by the European Union

Selected through the xShare Open Call for clinical research innovation, Horizon Europe.

xShare results →

Independently reported

Distinction confirmed by an independent third party, the CVBF, also an awardee of the xShare × EUCROF Open Call.

CVBF coverage →

The route

From premarket notification to a clearance-ready dossier.

In the United States, the FDA uses the 510(k) clearance process to evaluate new medical devices before they reach the market. The submission stands or falls on how well it demonstrates safety, effectiveness and substantial equivalence — and, where required, on the quality of the clinical evidence.

01 / 06

What the 510(k) clearance process is

A 510(k) is a premarket notification to the FDA. It contains detailed information about the device — intended use, design, and any clinical testing results — and the FDA reviews it to determine whether the device is safe and effective for its intended use, by comparison to a legally marketed predicate.

02 / 06

When you actually need clinical data

Not every 510(k) needs a clinical study. Clinical data becomes necessary when substantial equivalence cannot be shown by bench and comparison data alone — typically when new or different technological characteristics raise questions of safety or effectiveness. Getting this decision right early is the single biggest driver of cost and timeline.

03 / 06

Designing a defensible protocol

When a study is required, the protocol is everything. A well-designed protocol keeps the study safe and the results accurate and reliable, and it anticipates the reviewer’s questions.

01

Study objectives

Clear primary and secondary objectives aligned with the intended use and regulatory requirements.

02

Inclusion / exclusion

Specific patient-population criteria for homogeneity and relevance to the intended use.

03

Sample size

Powered for the expected effect size and acceptable significance level.

04

Endpoint selection

Clinically relevant, objective endpoints that demonstrate safety and effectiveness.

05

Data-collection plan

Standardised procedures for collection, management and quality assurance.

06

Statistical analysis

Pre-specified methods for analysis, hypothesis testing and interpretation.

04 / 06

IRB, documentation and reporting

The protocol must be reviewed and approved by an Institutional Review Board (IRB) to protect participants, confirm scientific validity and check regulatory compliance before enrolment. Manufacturers then follow strict rules for documentation and reporting — study protocols, clinical study reports and supporting records submitted to the FDA.

05 / 06

Substantial equivalence and the predicate

The entire 510(k) is built around a predicate device. The closer your device’s intended use and technological characteristics are to that predicate, the less clinical data you usually need. So the choice of predicate is a strategic decision that directly sets the evidence burden — make it deliberately, not by default.

06 / 06

How to run it without surprises

The programmes that go smoothly decide the clinical-data question up front, choose the predicate on purpose, and design endpoints and sample size the reviewer will accept. Our biometry and clinical teams build the protocol, run it on a validated EDC to 21 CFR Part 11, and prepare the reporting so the 510(k) reads the way an FDA reviewer wants to read it.

Get the decision right early

Where 510(k) programmes win or stall.

SE
substantial equivalence sets the bar
Predicate
chosen on purpose, not by default
IRB
approval before enrolment
21 CFR 11
validated data capture & audit trail

Talk to a specialist

Do you need a clinical study for your 510(k)?

Book a free scoping call. We tell you whether your device needs clinical data, help you choose the predicate, and design a protocol the FDA accepts.

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The wrong predicate can cost you a clinical study you didn’t need.

An expert read tells you whether your 510(k) needs clinical data, which predicate minimises the evidence burden, and how to design a protocol that clears review the first time.

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Questions we hear first

510(k) clinical studies, answered.

What is the 510(k) clearance process?
The 510(k) is a premarket notification submitted to the US FDA to demonstrate that a device is at least as safe and effective as a legally marketed predicate device, that is, substantially equivalent. The submission describes the device's intended use, design and any clinical testing, and the FDA reviews it before the device can be marketed.
Do all 510(k) submissions need clinical data?
No. Many 510(k)s clear on bench and comparison data against a predicate. Clinical data is needed when substantial equivalence cannot be shown by non-clinical means, when there are new or different technological characteristics that raise questions of safety or effectiveness, or when the device type requires it. Deciding this early is the single biggest driver of cost and timeline.
What makes a 510(k) clinical protocol defensible?
Clear primary and secondary objectives tied to the intended use, well-justified inclusion and exclusion criteria, a sample size powered for the effect and significance level, clinically relevant and objective endpoints, and a documented data-collection and statistical-analysis plan. The protocol must be reviewed and approved by an IRB before enrolment.
How does substantial equivalence affect the evidence I need?
The whole 510(k) is built around a predicate. The closer your device's intended use and technological characteristics are to that predicate, the less clinical data you typically need. Differences that raise new questions of safety or effectiveness are where clinical studies come in, so the choice of predicate directly shapes the evidence burden.

Reforming Clinical Evaluation of Medical Devices in Europe