SciTransfer
Organization

CROIVALVE LIMITED

Irish medtech SME developing minimally invasive transcatheter devices to treat tricuspid valve disease and structural heart failure without surgery.

Technology SMEhealthIESMENo active H2020 projects
H2020 projects
2
As coordinator
2
Total EC funding
€4.4M
Unique partners
3
What they do

Their core work

Croivalve is an Irish medical device company developing minimally invasive transcatheter solutions for structural heart disease, with a specific focus on tricuspid valve regurgitation. They design non-surgical devices that restore heart valve function in patients too sick or elderly for open-heart surgery, targeting a large underserved population with heart failure. Their work sits at the intersection of cardiology, interventional device engineering, and clinical translation toward commercial deployment.

Core expertise

What they specialise in

Transcatheter heart valve devicesprimary
2 projects

Both CVTVT (2019) and Duo (2020) develop non-surgical transcatheter treatments for heart valve disease.

Tricuspid valve therapyprimary
1 project

The Duo project is specifically aimed at treating all patients with tricuspid valve disease via a minimally invasive device.

Minimally invasive cardiac interventionprimary
2 projects

Both funded projects are built around minimally invasive, catheter-based delivery rather than open surgery.

Structural heart diseasesecondary
1 project

Duo explicitly targets structural heart indications in patients with advanced heart failure.

Medical device commercialization (SME track)secondary
2 projects

Both grants come through SME-2 / Innovation Action schemes designed to move close-to-market devices toward commercialization.

Evolution & trajectory

How they've shifted over time

Early focus
Transcatheter heart valve device
Recent focus
Tricuspid valve therapy

Croivalve appears in H2020 only in 2019-2020, so there is no long arc to analyse. Across those two grants, their focus tightened from a general heart valve restoration device (CVTVT) to a dedicated tricuspid valve therapy (Duo) serving patients with heart failure. The shift suggests they are narrowing from a broader valve concept toward a specific clinical niche where unmet need and commercial opportunity are clearest.

They are moving from a general valve-repair platform toward a productized tricuspid valve solution, which signals progress toward clinical trials and market entry.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European3 countries collaborated

Croivalve coordinates both of its H2020 projects, running lean with only three consortium partners across three countries combined. This is the classic profile of a founder-led medtech SME that keeps development in-house and brings in partners only for specific clinical or technical gaps. Expect a focused, commercially driven collaborator rather than a large-consortium integrator.

A small, tightly curated network of three unique partners spread over three countries, consistent with a medtech SME that outsources narrow competencies rather than building broad consortia.

Why partner with them

What sets them apart

Croivalve is one of a small number of Irish medtech SMEs tackling the tricuspid valve, which is historically the most neglected of the four heart valves and has few commercially available transcatheter solutions. They combine Ireland's strong cardiovascular device ecosystem with a specific clinical thesis around patients who have no surgical option. For a partner, this means access to an advanced-stage device program in a high-value, under-served segment.

Notable projects

Highlights from their portfolio

  • CVTVT
    Their largest H2020 grant at EUR 2.49M, funding their core non-surgical heart valve restoration technology.
  • Duo
    An SME Instrument Phase 2 project dedicated to a minimally invasive device covering the full spectrum of tricuspid valve disease patients.
Cross-sector capabilities
medical device engineeringdigital health / interventional imaging integrationmanufacturing of precision medical components
Analysis note: Profile is based on only two H2020 projects from a short 2019-2020 window; conclusions about evolution are tentative, and no website was provided to cross-check current status.