Microfluidic breath analyzer
The technology uses microfluidic sensors with machine learning algorithms to analyze breath. It included a sterilization module, a sample preparation stage, a device recovery station and an integrated battery charging system.
- Started at
- A new breath technology to validate
- Reached
- Technology proven; a team formed around it
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Key figures
- Prototypes
- Several rounds
- Sensing
- Microfluidic sensors, with machine learning algorithms
- Modules
- Sterilization, sample preparation, recovery station, battery charging
Scope
What we did.
We designed and built several rounds of prototypes to validate and improve the technology. The prototypes included:
- A soft-moulded mechanical enclosure
- All electronics
- Actuators
- All internal mechanical components and chambers
- Microfluidic sensor design
- Pneumatics and pressure tanks
- A battery charging and purge station
- Casing design
How it went.
Once the technology was proven with early prototypes, a team was formed around it to support product development.
Contact
Have a problem like this?
Free. 30 minutes. Bring the sketch, the paper or the prototype.