Ultrasound Wireless Power Platform
Powering the next generation of implantable medical devices
- Wireless power transfer, in lab
- 23 cm
- Wireless power transfer, in lab
- Prototype receiver output
- 300 mW
- Prototype receiver output
- Miniaturized receiver thickness
- <2 mm
- Miniaturized receiver thickness
Explore the technology
How It Works
Acoustic energy in, electrical power out
Why Ultrasound
Built for depth, size and a rechargeable future
- Depth Designed for deep tissue power transfer
- Rechargeability Rechargeable implant ecosystem
- Miniaturization Supports miniaturized implants
- Longevity Potential to reduce repeat replacement procedures
- Compatibility Compatible with a wide range of implantable medical devices
Our Platform
Three components working as one system
Charging Station
An external ultrasound system that delivers focused acoustic energy while monitoring alignment and operating within established safety limits.
Disposable Patch
A single-use adhesive ultrasound interface designed to efficiently couple acoustic energy into the body.
Implant Receiver
A miniature ultrasound receiver integrated into an implant that converts acoustic energy into electrical power for battery charging.
Applications
One platform, many therapies
Cardiac Rhythm Management
Rechargeable pacemakers, ICDs, CRT devices and leadless pacing systems.
Neuromodulation
Spinal cord stimulators, deep brain stimulation and peripheral nerve stimulation.
Drug Delivery
Rechargeable implantable pumps and long-term therapeutic systems.
Future Bioelectronics
Emerging implantable sensing, monitoring and therapeutic platforms.
Current Development
Demonstrated in the lab, advancing toward the clinic
- Wireless power transfer demonstrated over 23 cm in laboratory testing.
- Prototype receiver delivering up to 300 mW under controlled laboratory conditions.
- Miniaturized receiver development below 2 mm thickness.
- Technology under continued development and validation.
- Wireless power transfer, in lab
- 23 cm
- Wireless power transfer, in lab
- Prototype receiver output
- 300 mW
- Prototype receiver output
- Miniaturized receiver thickness
- <2 mm
- Miniaturized receiver thickness
Roadmap
Fastest route to first-in-human
- Component in CIEDs
- Ultrasound within diagnostic limits
-
Complete
Bench
De-risked
-
Complete
Ex-Vivo
De-risked
-
Complete
FDA Q-Sub
2025
Dr. Susan Alpert
-
Planned
In-Vivo
2026
-
Planned
First-In-Human
2026–2027 · India first
First human charging is designed to unlock EU and FDA regulatory pathways.
Team
The people building the platform
Yuval Shklarsh
Founder, CEO & CTO
Electrical engineer specializing in wireless power transfer, with a decade of antenna R&D across Israel's defense and communications industries.
Dr. Susan Alpert
Regulatory Advisor
Former Director of the FDA's Office of Device Evaluation and Chief Regulatory Officer at Medtronic.
Yehuda Shklarsh
Manufacturing & Quality
Former Site Leader and General Manager of Medtronic's Singapore pacemaker facility, producing over 500,000 cardiac devices annually.
Dr. Acar Celik
Mechanical R&D
PhD in Aerospace Engineering from the Technion, specializing in acoustics, fluid dynamics and additive manufacturing.
Dr. Michael Shustov
Electrical R&D
PhD in Thermal Physics and Theoretical Heat Engineering; previously a laboratory engineer at the Technion.
Dr. Hamutal Meiri
Strategy & Grants
Former CEO of Diagnostic Technologies and first Executive Director of Israel's National Committee of Biotechnology.
Create a universal wireless charging platform that enables the next generation of implantable medical devices — without being fundamentally limited by implant depth or implant size.
Partnerships
We are seeking collaboration with
- Medical Device Manufacturers
- Clinical Partners
- Strategic Investors
- Research Institutions
Latest News
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Contact
Let's build the rechargeable implant ecosystem together
For manufacturers, clinical partners, strategic investors and research institutions.