Core technology across TUMOURPRINT, GIOTTO, TRiAnkle, LIFESAVER, and SilkFUSION — all rely on bioprinting to fabricate biological constructs.
BICO GROUP AB
Swedish bioprinting SME providing 3D bioprinters and bioinks for tissue engineering, tumour modelling, and regenerative medicine research.
Their core work
BICO Group (formerly CELLINK) is a Swedish bioconvergence company specializing in 3D bioprinting technologies for life science applications. They develop bioprinters and bioinks used to fabricate tissue models for drug development, disease research, and regenerative medicine. Across their H2020 portfolio, they provide bioprinting hardware and expertise to consortia working on tumour models, cardiac tissue, orthopedic scaffolds, and placental barrier models. Their commercial bioprinting platforms serve as enabling infrastructure for academic and pharmaceutical research partners.
What they specialise in
Coordinated TUMOURPRINT (€2.45M), their flagship project developing high-throughput bioprinted tumour models for oncology drug development.
GIOTTO addresses osteoporotic fractures with nanobiomaterials and 3D printing; TRiAnkle develops personalized scaffolds for ankle joint tissue regeneration.
REPAIR project explores polymeric artificial muscles and smart materials for restoring cardiac mechanical function.
CENSUS develops cell-based neurodegeneration models; LIFESAVER builds bioprinted placental models for drug safety testing during pregnancy.
How they've shifted over time
BICO's early H2020 involvement (2016–2018) centred on foundational cell biology — neurodegeneration screening models (CENSUS) and stem cell platforms on silk-fibroin scaffolds (SilkFUSION). From 2019 onward, their focus shifted decisively toward applied bioprinting for specific clinical targets: orthopedic implants with smart nanomaterials (GIOTTO), cardiac artificial muscle tissue (REPAIR), personalized ankle joint scaffolds (TRiAnkle), and placental drug safety models (LIFESAVER). This evolution reflects a company that moved from supplying bioprinting as a general-purpose tool to embedding it within targeted therapeutic applications.
BICO is moving toward personalized, organ-specific bioprinted constructs for both regenerative medicine and regulatory safety testing — expect continued growth in orthopedic and cardiovascular tissue applications.
How they like to work
BICO predominantly joins consortia as a specialist partner (6 of 7 projects), providing bioprinting technology and expertise to research-led teams. They coordinated only TUMOURPRINT, their largest project, suggesting they lead when the application directly matches their core product line. With 62 unique partners across 16 countries, they are a widely connected technology provider — a go-to bioprinting partner rather than a consortium architect.
BICO has collaborated with 62 unique partners across 16 countries, indicating a broad European network built through their role as a bioprinting technology supplier. Their partnerships span universities, hospitals, and research institutes working in tissue engineering and biomaterials.
What sets them apart
BICO is one of very few commercial bioprinting companies participating extensively in EU research consortia, bridging the gap between academic tissue engineering research and industrial-grade bioprinting hardware. Unlike university labs that develop one-off bioprinting protocols, BICO brings standardised, commercially available platforms that make project results reproducible and scalable. For consortium builders, partnering with BICO means access to production-ready bioprinting infrastructure alongside deep application knowledge in oncology, orthopedics, and cardiovascular tissue.
Highlights from their portfolio
- TUMOURPRINTBICO's only coordinated project and largest funding (€2.45M) — a direct commercial play in high-throughput bioprinted tumour models for pharma drug development.
- TRiAnkleRepresents BICO's push into personalized regenerative medicine, combining 3D bioprinting with collagen/gelatine scaffolds for complex weight-bearing joint repair.
- LIFESAVERUnusual application of bioprinting to regulatory science — modelling the placental barrier for drug safety during pregnancy, opening a new market beyond tissue regeneration.