An Italian biomedical company specializing in medical devices for cardiology and neurosurgery
THE CHALLENGE
Develop an innovative single-use component for a blood oxygenation machine, aiming to minimize material waste while optimizing system efficiency and reliability.
THE SOLUTION
The final design separated the system into two functional sections:
- Single-use section: limited to components exposed to contamination, ensuring patient safety and hygiene.
- Reusable fixed structure: engineered for durability, ease of assembly, and functional compatibility with the disposable section.
This approach allowed for targeted material use while maintaining overall system performance.
RESULTS
- Cost and Environmental Impact Reduction
Material usage was minimized, lowering production costs and environmental footprint. - Functional and Design Optimization
The system was validated through iterative design and simulation, ensuring optimal performance. - Physical Prototype Development
A soft-tool prototype was produced to effectively demonstrate the feasibility and functionality of the concept
