Brain Shunt Position Indicator
Working closely with a neurosurgeon, we created a simple yet advanced solution for detecting brain shunt pressure levels. The system requires no power source on the patient side and uses a custom magnetic angle‑detection sensor to infer shunt settings reliably. Our scope covered schematic and PCB design, firmware development, and ongoing mass‑production consultancy to support scaling.
What We Did
Co-developed a magnetic angle‑detection sensor to read shunt pressure settings without a patient‑side power source; delivered schematic/PCB design, firmware, and production‑support consultancy.
Impact
Enabled a simple, innovative tool for accurate shunt‑pressure level detection in clinical workflows.
Approach & scope
- - Co-developed a magnetic angle‑detection sensor to read shunt pressure settings without a patient‑side power source; delivered schematic/PCB design, firmware, and production‑support consultancy
Outcomes
- - Enabled a simple, innovative tool for accurate shunt‑pressure level detection in clinical workflows.
- - Working closely with a neurosurgeon, we created a simple yet advanced solution for detecting brain shunt pressure levels
- - The system requires no power source on the patient side and uses a custom magnetic angle‑detection sensor to infer shunt settings reliably
- - Our scope covered schematic and PCB design, firmware development, and ongoing mass‑production consultancy to support scaling
Technology stack
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