Powering the future, microscale
Rechargeable microbatteries for next-gen devices

High-density, cost-effective energy storage for wearables, medical, and industrial applications. Built for reliability and scale.

July 2025

Power 3D, a Carnegie Mellon University spinoff, has received an NSF Phase 1 SBIR Grant.

The grant will allow the company develop a revolutionary manufacturing approach that uses 3D printing to produce high-performance cathodes, combined with semiconductor fabrication processes to construct the full battery architecture—including current collectors, separators, and packaging layers. Our mission is to enable compact, high-energy-density batteries for the next generation of consumer electronics, wearables, and medical devices.

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