Idea for cell-based 3D bioprinting of mineralized scaffolds emerged in ETH Zurich.
Building the future of biohardware for bone health
Build biohardware that captures human bone function over time to inform research, drug development, and diagnostics.
Establish biohardware as the foundation for how bone biology is studied, therapies are developed, and diagnostics are designed.

How we work
A culture built on accountability, curiosity, and respect.
- Empowerment
- Ambition
- Accountability
- Goal-driven
- Balance
- Diligence
- Respect
- Ingenuity
From ETH Zurich research to a scalable platform
Key milestones behind the Bon3OID platform.
First organotypic bone model successfully printed and grown from stem cells.
First disease-specific bone models demonstrated functional relevance.
Our Co-Founder Dr Gian Nutal Schädli has received an iPostdoc PHRT fellowship to scale the Bon3OID platform and perform drug testing on patient-derived organotypic bone models with rare disease. Grant title: "A Personalized Bone Organoid Diagnostic Framework for Predicting Drug Response in Children with Rare Bone Diseases".
CompagOs incorporated on 06.09.2023 to scale Bon3OID for preclinical research. ETH Zurich recognized CompagOs as an official spin-off.
CompagOs received Innosuisse Innovation Project Funding to scale up the Bon3OID product with a 3rd generation mechanical stimulation unit.
Staff

Advisory board







Join the team
We welcome inquiries about current and future roles. If you are interested in bone biology, translational research, or advanced in vitro models, we would like to hear from you.
Get in touch

