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Why Choose City Labs for Medical Power Applications

  • 20+ years of continuous, maintenance-free operation
  • Stable power output unaffected by temperature, motion, or orientation
  • Compact, sealed solid-state design ideal for implantable devices
  • No recharging or external power supply required
  • Meets stringent safety and regulatory standards
  • Supported by NIH and proven in early cardiac and biosensor studies

Advantages of NanoTritium™ Batteries for Medical Applications

City Labs’ NanoTritium™ batteries redefine power reliability for life-sustaining technologies. Unlike lithium-based or rechargeable batteries that degrade or require periodic replacement, NanoTritium™ cells generate electricity through the natural decay of tritium—a stable, low-energy isotope safely sealed within a solid-state housing.
This unique design ensures steady voltage for decades, free from leakage, corrosion, or chemical degradation. For patients and device manufacturers alike, it means safer, longer-lasting devices with fewer surgical interventions, lower lifetime costs, and improved health outcomes.

Powering Implantable Medical Devices

Implantable technologies such as pacemakers, biosensors, and neurostimulators demand absolute reliability. NanoTritium™ batteries provide continuous micro-power that extends device lifespans well beyond traditional chemistries. Their sealed structure eliminates the need for recharging or replacement surgeries, reducing patient risk while enhancing quality of life.

Supporting Wearable Health Technologies

Wearable devices are transforming how patients and clinicians monitor health. From continuous glucose monitors to portable diagnostic sensors, these tools depend on compact, efficient power sources. NanoTritium™ batteries offer uninterrupted operation for years—resistant to temperature changes, movement, and daily use—ensuring dependable performance in both clinical and consumer health settings.

Ensuring Safety and Compliance in Medical Applications

Safety is central to every City Labs design. Each NanoTritium™ battery contains tritium gas permanently sealed inside a solid-state enclosure, preventing radiation exposure or material leakage. The technology complies with U.S. Nuclear Regulatory Commission (NRC) regulations and ISO 9001:2015 manufacturing standards, supporting traceability, reliability, and medical-grade quality assurance.

Partner with City Labs for Innovative Medical Device Power Solutions

City Labs is pioneering safe, long-duration energy for next-generation healthcare technologies. Trusted by NIH and leading medical innovators, our NanoTritium™ batteries enable devices to perform for decades without maintenance—from life-sustaining implants to continuous monitoring systems.
Partner with our engineering team to integrate NanoTritium™ batteries into your medical devices. Together, we can advance reliability, extend product life, and power the future of patient care.

Frequently Asked Questions

Are NanoTritium™ batteries safe for implantable medical devices?

Yes. Each battery contains tritium gas permanently sealed in a solid-state structure, preventing any exposure or leakage. The low-energy beta emissions are fully contained, making them safe for long-term use inside the body.

How long can NanoTritium™ batteries power medical devices?

Each NanoTritium™ battery provides consistent power for 20+ years, depending on configuration—eliminating the need for periodic replacements or surgical maintenance.

What types of medical devices can use NanoTritium™ batteries?

They are ideal for cardiac pacemakers, biosensors, neurostimulators, drug-delivery systems, and wearable health monitors that require continuous, low-power operation.

Do NanoTritium™ batteries comply with medical and safety regulations?

Yes. City Labs operates under NRC General License 10 CFR 32.22 and ISO 9001:2015 certification, ensuring product safety, quality, and full regulatory compliance for medical applications.

How do NanoTritium™ batteries compare to lithium or rechargeable alternatives?

Lithium and rechargeable cells degrade over time, requiring maintenance or replacement. NanoTritium™ batteries maintain stable output for decades, offering a safer, more dependable power source for critical medical technologies.

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