SciTransfer
Organization

REGENTIS BIOMATERIALS LTD

Israeli medtech SME developing GelrinC, a clinical-stage synthetic scaffold for knee cartilage repair, with expertise in responsive biomaterials and bioprinting.

Technology SMEhealthILSMENo active H2020 projects
H2020 projects
2
As coordinator
1
Total EC funding
€2.5M
Unique partners
7
What they do

Their core work

Regentis Biomaterials is an Israeli medical device SME specializing in synthetic biomaterial implants for cartilage repair. Their flagship product, GelrinC, is a resorbable hydrogel-based scaffold designed to regenerate hyaline cartilage in the knee — a rare example of a company that has taken a biomaterial concept through to clinical-stage validation within the EU framework. Beyond their core implant business, they participate in research on advanced responsive biomaterials, including ultrasound-triggered materials and handheld bioprinting technologies for soft tissue engineering. Their H2020 work spans both commercial product development (Phase 2 SME Instrument) and early-stage collaborative research, making them an unusual hybrid of deep-tech startup and clinical-phase medtech company.

Core expertise

What they specialise in

Synthetic cartilage implants and scaffold biomaterialsprimary
1 project

CHAMPION (coordinator, EUR 2.18M) is built around GelrinC, Regentis' own clinical-stage polymer scaffold for cartilage healing in the knee.

Clinical study design and medical device validationprimary
1 project

CHAMPION explicitly involves clinical study execution, positioning Regentis as experienced in translating biomaterials from bench to regulated clinical trial.

Ultrasound-responsive and remotely triggerable biomaterialssecondary
1 project

ADMAIORA (participant) focused on ultrasound-mediated osteoarthritis treatment using remotely triggerable nanocomposite materials.

Bioprinting and additive tissue fabricationsecondary
1 project

ADMAIORA listed handheld bioprinting as a core keyword, suggesting Regentis contributed expertise in or interest for point-of-care tissue manufacturing.

Stem cell-based tissue engineeringemerging
1 project

ADMAIORA incorporated adipose tissue-derived stem cells, indicating familiarity with cell-based approaches alongside acellular scaffold technologies.

Evolution & trajectory

How they've shifted over time

Early focus
Responsive biomaterials, bioprinting, stem cells
Recent focus
Clinical-stage cartilage implant validation

Both H2020 projects were active in the same window (2019–2023), so the keyword shift is not strictly temporal but reflects two parallel strategic tracks. The ADMAIORA track — ultrasound stimulation, remotely triggerable materials, handheld bioprinting, stem cells — represents an exploratory, research-oriented engagement with next-generation tissue engineering tools. The CHAMPION track — GelrinC, clinical study, implant, knee — represents their commercial core: a defined product in late-stage clinical validation. The direction this suggests is a company consolidating its proprietary implant technology while maintaining antenna in the broader biomaterials innovation space.

Regentis appears to be converging toward commercial medtech maturity — their most funded project is clinical validation of their own product, suggesting future collaborations will likely center on market access, regulatory pathways, and post-market studies rather than early-stage research.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European6 countries collaborated

Regentis has acted as both coordinator and participant, and notably chose to lead their highest-value project (CHAMPION, EUR 2.18M) themselves — a sign that they are capable of and willing to drive EU projects when their core IP is at stake. Their consortia are small (around 7 partners across two projects), which is consistent with a focused SME that prefers tight, specialist partnerships over broad networks. This suggests a partner who will engage actively and bring proprietary technology to the table, rather than serving as a passive participant.

Regentis has collaborated with 7 unique partners across 6 countries through their two projects, indicating a genuinely European (and Israeli) network despite being a small company. Their geographic spread is consistent with the international nature of clinical-stage medical device consortia.

Why partner with them

What sets them apart

Regentis is unusual in the EU research landscape because they are a clinical-stage SME with a named, proprietary product (GelrinC) — not a research lab exploring a concept, but a company using EU funding to validate something they intend to sell. For consortium builders in orthopaedics, regenerative medicine, or biomaterials, this means Regentis brings both IP and clinical development experience, not just research capacity. They are one of the few Israeli SMEs active in EU biomaterials programs, which can add geographic and regulatory diversity to a consortium seeking EEA-adjacent clinical trial sites.

Notable projects

Highlights from their portfolio

  • CHAMPION
    Regentis coordinated this EUR 2.18M SME Instrument Phase 2 grant to bring their own GelrinC cartilage implant through clinical study — the largest investment in their H2020 portfolio and a direct commercial development effort.
  • ADMAIORA
    As a participant in this RIA project on ultrasound-responsive nanocomposites for osteoarthritis, Regentis contributed biomaterials expertise to a multi-partner research consortium, demonstrating breadth beyond their proprietary product.
Cross-sector capabilities
Advanced materials and functional polymersBiomedical devices and implantable technologiesAdditive manufacturing and bioprintingMusculoskeletal disease and sports medicine applications
Analysis note: Only 2 projects, both starting in the same year (2019), so the 'evolution over time' analysis is limited — the keyword split reflects parallel project tracks rather than genuine temporal change. Profile confidence is moderate: the data is specific enough (named product, clinical study, clear sector) to support a meaningful analysis, but a third or fourth project would substantially improve reliability of the trend and collaboration style assessments.