Cardiovascular medical device CRO | Europe

European cardiovascular CRO for complex medical device clinical evidence.

First-in-human, pivotal and PMCF programmes for structural heart, coronary, aortic and peripheral vascular, and cardiac rhythm devices across Europe.

Eclevar designs and delivers clinical programmes for structural heart, coronary, aortic and peripheral vascular, cardiac rhythm, and imaging and software devices, and for guidewires, catheters and delivery systems. Clinical strategy, European site delivery, biometrics, medical writing and regulatory integration are managed as one evidence programme under EU MDR 2017/745 and ISO 14155:2026.

  • Structural heart, coronary, peripheral and rhythm devices
  • First-in-human to PMCF programme support
  • Inspection-ready data and biometrics
Cardiovascular clinical data review, illustrating the structural-heart clinical programmes Eclevar supports
First-in-humanPivotalPMCF
  • Former Notified Body review leadership
  • Cardiac surgeon-led cardiovascular strategy
  • European clinical and site delivery
  • Clinical strategy through CER and PMCF integration

Device and programme coverage

Cardiovascular and structural heart devices we support

Each area links to dedicated guidance on endpoints, evidence planning and selected experience.

Structural heart

TAVI, TAVR, TMVR, TTVR and LAAO programmes, with VARC-3 endpoint architecture for TAVR and MVARC and TVARC endpoints for TMVR and TTVR respectively. Endpoints for LAAO, heart failure and other transcatheter devices are defined device by device.

TAVI, TMVR and TTVR clinical studies

Transcatheter valve investigations from first-in-human to long-term follow-up.

Coronary intervention

CAD and DES stents, balloons and ablation devices under EU MDR clinical scrutiny.

Aortic and peripheral vascular

Abdominal and thoracic aortic devices, endovascular devices for complex aneurysm repair, peripheral and venous stents, access systems and vascular closure devices.

Cardiac rhythm management

Pacemakers, defibrillators and rhythm monitoring devices, Class III evidence design.

Cardiac surgery

Surgical valves, annuloplasty devices, cardiac patches, thoracic aortic grafts, hybrid devices and perfusion systems, designed with surgeon-led strategy.

Guidewires, catheters and delivery systems

Multi-variant evidence generation and PMCF for broad access portfolios.

Cardiovascular imaging and digital devices

Cardiovascular imaging, monitoring and software devices, with classification and evidence planning adapted to the applicable MDR rules, including Rule 11 where relevant.

Where is your device today?

Clinical programmes from first-in-human to PMCF

The support you need depends on where your device is in its clinical development. Start at the relevant stage and follow the evidence pathway through to regulatory integration. Each stage produces the evidence and deliverables required for the next decision.

  1. Evidence gap and feasibility

    Identify which clinical questions in your evidence file remain unanswered by current data.

    CER gap assessment

  2. First-in-human and early development

    Endpoint, outcome measure and safety architecture defined before the initial protocol is drafted.

    First-in-human CIP

  3. Pivotal clinical programme

    Clinical investigations structured around Article 62 and Annex XV requirements, aligned with the clinical evaluation plan under Annex XIV.

    Pivotal CIP and submissions

  4. PMCF and registry delivery

    Long-term follow-up and registry evidence aligned with current PMCF guidance and expectations.

    PMCF protocol and monitoring

  5. Indication expansion

    Investigator-initiated designs converting off-label clinical practice into ethical, auditable evidence.

    Investigator-initiated study design

  6. CER, PMCF and regulatory integration

    Clinical evidence prepared for integration into the CER, PMCF documentation and conformity-assessment dossier.

    CIR, CER, PMCF reports

How the development stages integrate into the CER, PMCF documentation and conformity-assessment dossier.

Why Eclevar MedTech

Evidence strategy designed for EU MDR review

Physician-led, with former Notified Body expertise

Our physician leadership includes a former Notified Body senior reviewer. Cardiovascular programmes are designed against the questions reviewers actually ask, before the first submission version, not after the first deficiency letter.

Annex XIV clinical evaluationArticle 62 & Annex XV investigationsMDCG guidance
What this changes in practice
  • CIP structured for Article 62 and Annex XV requirements from the first draft
  • Deficiency-response experience built into the file
  • Reviewer-level documentation standards

Structural heart and complex procedures

VARC-3 endpoint architecture for TAVR, and MVARC and TVARC endpoints for TMVR and TTVR respectively, with transcatheter heart valve biometrics, haemodynamic data structures, and coordination of imaging review and clinical-event assessment where required.

VARC-3, MVARC, TVARCTHV programmesAdjudication

Investigator-initiated studies and indication expansion

In some cardiovascular fields, established clinical practice may precede formal expansion of a device's intended purpose. We structure IIS designs that convert that practice into ethical, auditable evidence suitable for PMCF analyses and regulatory submissions.

IIS designOff-label evidenceEthics committees

PMCF and long-term follow-up

Five-year follow-up design for Class III implants, PMCF plans, evaluation reports and registry integration aligned with MDCG 2020-7.

Inspection-ready data and biometrics

eCRF architecture for composite endpoints within the validated MILO EDC environment, supporting applicable 21 CFR Part 11 requirements and clinical investigations conducted under ISO 14155:2026.

Pan-European delivery

In-house clinical teams and qualified local delivery networks across key European markets apply one monitoring and quality standard. See the delivery map below.

Selected experience

Selected cardiovascular programmes

Selected programmes illustrating the clinical, operational and regulatory complexity Eclevar manages.

Comparative evidence programme across Myval, SAPIEN and EVOLUT TAVI valve platforms
Comparative evidence generation across Myval, SAPIEN and EVOLUT TAVI valve platforms.

Manufacturer names, trademarks and product images are shown solely to identify the valve platforms evaluated in the study. Their display does not imply endorsement of Eclevar.

Structural heartMeril Life Sciences

Meril Life Sciences
Sponsor of record

Comparative evidence generation across three contemporary TAVI valve platforms

Challenge
Generate comparative clinical, quality-of-life and health-economic evidence across three contemporary TAVI valve platforms within one prospective randomised UK study.
Eclevar's responsibility
Clinical programme delivery and evidence coordination across the comparative study.
Complexity
Three valve platforms, multiple evidence domains and coordinated UK study delivery within one comparative programme.
Programme output
Comparative 30-day evidence covering quality of life, clinical and safety outcomes, echocardiographic outcomes and health-economic analysis.

Prospective randomised studyStructural heartThree TAVI platformsUnited Kingdom

Meril Life Sciences and Eclevar team members during a cardiovascular clinical programme meeting.

Meril Life Sciences and Eclevar programme team.

Six-study retrospective PMCF evidence programme across vascular patches, vascular prostheses and implantable ports within the Perouse Medical portfolio.
Eclevar designed and delivered six registered retrospective PMCF studies across three Perouse Medical vascular-device families using one harmonised observational evidence model.

Device visuals are neutral, family-level illustrations of vascular patches, surgical vascular prostheses and implantable venous-access ports. They are not photographs of specific Perouse Medical or Vygon products and no product name, model or catalogue reference is shown.

Vascular devicesPerouse Medical, Vygon Group

Perouse Medical, Vygon Group
Sponsor of record

One PMCF evidence programme across the Perouse Medical portfolio

Challenge
Generate consistent post-market clinical evidence across multiple implantable vascular device families.
Eclevar's responsibility
Eclevar designed and delivered six registered retrospective PMCF studies across vascular patches, vascular prostheses and implantable ports.
Complexity
One harmonised observational evidence model applied across six studies and three device families.
Principal output
Clinical safety and performance evidence supporting EU MDR clinical evaluation and PMCF.

Six registered studiesRetrospective PMCFVascular devicesClinicalTrials.gov

European execution

European cardiovascular feasibility: countries, sites and investigators

We assess each market against cardiovascular centre access, investigator experience, regulatory pathways, contracting timelines, expected cost per patient and the national databases and device registries available for post-market evidence and reimbursement. These national data assets often decide whether a PMCF or reimbursement question can be answered on existing data rather than a new prospective study. Select a market to explore Eclevar's delivery model, its national data assets and the principal feasibility considerations.

United Kingdom France Germany Italy Spain Sweden United Kingdom France Germany Spain Italy Nordics

United Kingdom

Operating entityIn-house clinical delivery

Site environment
NHS data continuity and specialist cardiovascular centres
Regulatory route
MHRA clinical investigation pathway coordinated with the European evidence strategy
National data and registry assets
NICOR and the National Cardiac Audit Programme, covering cardiac device and procedure data across NHS and private hospitals, alongside the Transcatheter Mitral and Tricuspid Valve (TMTV) Registry
Feasibility focus
Site processes, contracting and cost attribution
Discuss UK feasibility
  • Operating entity
  • In-house clinical delivery
  • Qualified local delivery network
  • Selected market

Coverage indicates Eclevar's operating model and delivery access. Site availability, registry access and data-governance requirements are assessed for each programme during feasibility.

Explore delivery beyond Europe

Accountability

The team accountable for your cardiovascular programme

Physician clinical judgement, former Notified Body insight, experienced site delivery, specialist data management and submission-ready writing, brought together in one named team.

Dr Mark Da Costa

Dr Mark Da Costa

Chief Operating Officer and Head of Cardiovascular

NB experienceFormer Notified Body team leader and senior clinical reviewerCardiac surgeon

400+cardiovascular devices assessed during his former Notified Body reviewing career

Mark leads clinical and regulatory strategy for cardiovascular and structural heart programmes, combining 25 years of consultant cardiac surgery experience with first-hand senior leadership experience inside a Notified Body.

  • Cardiovascular clinical evidence strategy
  • Structural heart and Class III programmes
  • Notified Body review and deficiency support
Susanne Höfer

Susanne Höfer

Head of Clinical Operations — DACH Region

DACH region

European multicentre programme delivery experience

Susanne leads clinical operations across Germany, Austria and Switzerland: feasibility, site activation, monitoring strategy and operational escalation.

  • DACH clinical operations
  • Site feasibility and activation
  • Monitoring strategy and site performance

Supported by named cardiovascular data, digital systems and medical writing leaders.

Mathilde Renier

Mathilde Renier

Senior Data Manager, Cardiovascular

10+ yearscardiovascular clinical data management

Operational management of cardiovascular study data, from eCRF design through cleaning, queries and database lock.

Sébastien Meier Piantanida

Sébastien Meier Piantanida

Head of Data Management and Biostatistics

30 yearsclinical data and biometrics experience

Data architecture, governance, biometrics and the digital systems behind Eclevar's cardiovascular programmes.

Pierre-Marie Boutanquoi

Pierre-Marie Boutanquoi

Head of Medical Writing

10+ yearsEU MDR clinical evidence experience

Medical writing connecting programmes to the EU MDR evidence package: CIR, CER, PMCF reports and deficiency responses.

European site delivery

  • United KingdomScott RoeUK Site Delivery Lead and Lead CRA
  • France & United KingdomCharline PetitdemangeProject Delivery Lead, France and United Kingdom
  • ItalyTeresa CosentinoLead CRA, Italy
Karina Schönborn, Eclevar MedTech

Karina Schönborn, Head of Partnerships, is the first point of contact: she scopes your cardiovascular programme and connects it to the experts on this page.

Book a scoping call

Former positions are stated for biographical context only. Eclevar MedTech is independent and is not affiliated with or endorsed by TÜV SÜD.

Evidence and insights

Published evidence, client perspectives and industry collaboration

Selected publications and client evidence demonstrating Eclevar's approach to complex clinical programmes.

Cover of the BSI and Eclevar MedTech whitepaper on EU MDR post-market clinical follow-up

Whitepaper · BSI × Eclevar

Published

EU MDR Post-Market Clinical Follow-Up: gaining real-world evidence

Written with Notified Body BSI: a practical reading of the clinical evidence expectations under EU MDR 2017/745, relevant to any high-risk device programme, cardiovascular devices included.

Authors: Chems Hachani (CEO, Eclevar MedTech), Andrea Offer (Senior Principal Project Manager), Val Theisz (VP Clinical & Regulatory, Eclevar Australia)

Read the whitepaper
RegenLab and Eclevar MedTech video testimonial on PMCF studies for regenerative medicine

Client testimonial · Video

Published

RegenLab on Eclevar's capability to run complex trials

Eclevar manages RegenLab's PMCF programme on chronic wound devices: a randomised study of 160 patients across 14 sites in 5 EU countries, combining ISO 14155 clinical expertise with the Milo Studio platform.

« Eclevar, with its tailor-made approach and advanced Milo Studio platform, represents a major strategic asset. »Antoine Turzi, CEO, RegenLab
Watch the testimonial and read the transcript

Questions manufacturers ask

Cardiovascular CRO questions answered

What clinical evidence does EU MDR require for Class III cardiovascular devices?
Under Article 61(4), clinical investigations are generally required for implantable and Class III devices, subject to the specific exceptions set out in the MDR. Clinical evaluation and PMCF are addressed under Annex XIV, while clinical investigations conducted for conformity-assessment purposes are governed by Article 62 and Annex XV.
Do you support transcatheter valve programmes with VARC-3, MVARC and TVARC endpoints?
Yes. Eclevar supports VARC-3 endpoint architecture for TAVR, and MVARC and TVARC endpoints for TMVR and TTVR respectively, with transcatheter heart valve biometrics, haemodynamic data structures, and coordination of imaging review and clinical-event assessment where required by the study design. VARC-3 is specific to TAVR and is not a generic transcatheter framework: endpoints for LAAO, heart failure and other transcatheter devices are defined device by device.
Can off-label practice or investigator-initiated data support indication expansion?
Potentially, but such data do not automatically support an indication expansion. The scientific question, intended purpose, ethical and legal framework, study design, data quality and regulatory strategy must be assessed together. We design investigator-initiated studies that convert off-label clinical practice into ethical, auditable evidence, structured so the data feeds directly into future PMCF analyses and regulatory submissions.
Which European countries can you run cardiovascular studies in?
We assess country selection during feasibility, covering centre density, device adoption, contracting timelines, cost per patient and the national data assets available for post-market evidence. Europe holds some of the strongest publicly managed cardiovascular data sources in the world: the SNDS and PMSI datasets in France, the DGTHG heart surgery report and the pacemaker and defibrillator register in Germany, NICOR and the National Cardiac Audit Programme in the United Kingdom, RIPI and RIVAC in Italy, the national pacemaker and ICD registries in Spain, and SWEDEHEART and the Nordic device registries linked through personal identification numbers. We use these sources for PMCF design and for reimbursement evidence. Coverage types differ by market; the delivery map above sets out Eclevar's operating model and national data assets for each featured market.
Is a PMCF study always required, or can literature suffice?
PMCF is a continuous process that updates the clinical evaluation. The PMCF plan should justify the combination of general methods, such as literature, user feedback and clinical experience, and specific methods, such as registries or PMCF studies. Whether literature is sufficient depends on the device, its claims, risks and remaining evidence gaps.
How does ISO 14155:2026 change cardiovascular clinical investigations?
ISO 14155:2026 should be applied according to the regulatory, contractual, national and ethics requirements governing each investigation. Eclevar is aligning its study templates and procedures with the 2026 edition.
Who at Eclevar is accountable for my programme?
The people named on this page. Clinical and regulatory strategy is led by Dr Mark Da Costa; European operations by Susanne Höfer and the country delivery leads; data and biometrics by Sébastien Meier Piantanida and Mathilde Renier; medical writing by Pierre-Marie Boutanquoi.
How do we start?
Send your device type, development stage and target countries to the cardiovascular team through the contact page, or email clientcare@eclevar.com. You receive an initial view of the principal clinical, operational and regulatory workstreams for your programme.

Next step

Planning a cardiovascular clinical programme in Europe?

Share your device type, development stage and target countries. Eclevar's cardiovascular team will identify the principal clinical, operational and regulatory workstreams for an initial discussion.

Your enquiry is reviewed by the cardiovascular team.

Discuss your cardiovascular programme

Share your device type, development stage and target countries with Eclevar's cardiovascular team.

Please do not send patient-level data or confidential documents by email.

Reforming Clinical Evaluation of Medical Devices in Europe