SciTransfer
Organization

EURAM LIMITED

UK biomedical engineering SME providing scaffold and medical device expertise for stem cell therapies and tissue-engineered clinical products.

Technology SMEhealthUKSMENo active H2020 projectsThin data (2/5)
H2020 projects
3
As coordinator
0
Total EC funding
€226K
Unique partners
36
What they do

Their core work

EURAM Limited is a UK-based SME specializing in biomedical engineering for regenerative medicine applications, particularly tissue-engineered scaffolds and medical devices. They contribute manufacturing and engineering expertise to clinical research projects focused on stem cell therapies and advanced therapy medicinal products (ATMPs). Their work spans from prenatal stem cell treatments for bone disorders to tissue-engineered tracheal replacements, positioning them as a technical partner bridging device engineering and cell therapy development.

Core expertise

What they specialise in

Tissue-engineered scaffolds and medical devicesprimary
2 projects

Central to both TETRA (tracheal scaffold) and BOOSTB4 (bone disorder treatment), where scaffold and device manufacturing are core contributions.

Regenerative medicine manufacturing supportprimary
2 projects

TETRA and BOOSTB4 both required ATMP development pipelines involving mesenchymal stem cell integration with engineered structures.

Cancer prediction biomarker researchsecondary
1 project

Participated in FORECEE, a large-scale female cancer prediction project using cervical omics data.

Mesenchymal stem cell applicationssecondary
2 projects

Both BOOSTB4 and TETRA involve mesenchymal stem cell therapies applied to different clinical targets (bone and airway).

Evolution & trajectory

How they've shifted over time

Early focus
Cancer biomarker research
Recent focus
Regenerative medicine devices

EURAM's H2020 portfolio is concentrated within a narrow window (2015–2016 project starts), making dramatic evolution difficult to trace. Their earliest project (FORECEE) was in cancer biomarker prediction — somewhat distinct from their other work. The two later projects (BOOSTB4 and TETRA) show a clear consolidation around tissue engineering, scaffold development, and stem cell-based therapies, suggesting the company sharpened its focus on regenerative medicine device support over time.

EURAM appears to be concentrating on ATMP and tissue engineering device development, making them a likely partner for future regenerative medicine projects requiring specialized manufacturing.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European9 countries collaborated

EURAM operates exclusively as a participant, never leading consortia — consistent with a specialist SME that provides focused technical capability rather than project management. With 36 unique partners across 9 countries from just 3 projects, they have joined sizeable international consortia, indicating comfort working within large, multi-disciplinary teams. Their role pattern suggests they are brought in for specific engineering or manufacturing expertise rather than driving research agendas.

Despite only 3 projects, EURAM has built connections with 36 partners across 9 countries, reflecting participation in large clinical research consortia. Their network is broadly European with no strong geographic concentration beyond their UK base.

Why partner with them

What sets them apart

EURAM occupies a niche as a small engineering firm providing scaffold and medical device expertise to academic-led regenerative medicine consortia. Unlike university partners who focus on biological research, EURAM brings practical device manufacturing and engineering capabilities — the translation layer between lab science and clinical-grade products. For consortium builders, they offer the rare combination of SME agility with hands-on experience in ATMP regulatory pathways.

Notable projects

Highlights from their portfolio

  • TETRA
    Focused on building a fully tissue-engineered autologous trachea — a highly ambitious clinical application combining stem cells, scaffolds, and surgical implantation.
  • BOOSTB4
    Pioneering prenatal stem cell therapy for osteogenesis imperfecta (brittle bone disease), addressing an unmet clinical need with no existing treatment.
Cross-sector capabilities
Advanced manufacturing for biomedical devicesMaterials science for tissue scaffoldsRegulatory compliance for ATMPs
Analysis note: Profile based on only 3 projects with limited keyword data. EURAM's exact technical capabilities (e.g., specific manufacturing processes, materials expertise) cannot be confirmed from project metadata alone. The FORECEE project appears somewhat outside their core focus, and their precise role in each consortium is inferred from project topics rather than confirmed. Website verification recommended for a more complete picture.