MEDICAL
IMPLANT
Beyond Pharmaceuticals by
Medical Implant Devices
Medical implant devices can address conditions that pharmaceuticals cannot effectively treat. However, battery replacement and wiring have been significant challenges.
Our CTO, Dr. Tanabe, developed an innovative solution at Stanford University using wireless power transfer technology and RF circuit design.
His research merges biomedical engineering with electromagnetics to overcome these limitations.
Wirelessly Powered Pacemaker Prototype
Key Research
Breakthroughs
Developed safe electromagnetic power delivery technology for miniature deep-tissue medical devices, enabling battery-free implantable treatments
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Created wireless implantable devices that use light to control brain, spinal cord, and peripheral nerves, enabling neuroscience research in freely moving subjects
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Looking Ahead
We are translating our research breakthroughs into practical solutions.
WPT technology enables safer, less invasive next-generation medical devices. Our technology has potential applications across multiple fields including neurology, chronic disease management, and regenerative medicine.
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