A cutting-edge robotic ultrasound bioprinter for patient-specific bone repair, developed in collaboration with ETH Zurich.
A bioprinter that’s as beautiful as it is powerful. The project required a design that could satisfy several key technical and business needs:
We delivered a complete design package for a compact, modular, and production-ready bioprinter, including manufacturing drawings, material specifications, and assembly details.
Manufacturability First: Designed from the ground up to be fabricated with the client’s current production capabilities.
Precision Engineered: A custom internal framework ensures the dimensional accuracy and stability required for reliable, repeatable performance.
Biocompatible Materials: All components and material choices were vetted to ensure compliance for advanced biomedical applications.
Modular Framework: Allows for the seamless integration of future technology upgrades, extending the product's lifecycle.
Sleek Industrial Design: A high-end, professional look that reflects the cutting-edge technology within and appeals to users and investors alike.
Result & Takeaway:
Our work provided the client with a production-ready design that was successfully manufactured and integrated into their functional prototype. This polished, professional device became a cornerstone for their investor presentations and product pitches, positioning them at the forefront of advanced tissue engineering tools.
Our Key Takeaway:
This project reinforced the critical importance of integrating manufacturability into the design process from day one. By balancing ambitious design with practical execution, we minimized redesign cycles, accelerated delivery, and created a product that was ready for both the lab and the market.
Discover other innovative solutions and designs we’ve crafted across different industries and challenges.