Power 3D

Power 3D cutting-edge 3D-printed microbatteries for wearable, industrial, and medical applications. greater density of energy.

Active3d PrintingBatteryElectronicsManufacturing

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Updated: Feb 17, 2026 ·

About

Power 3D is a startup based in Pittsburgh, Pennsylvania, focused on developing advanced 3D-printed microbatteries. The company's core innovation lies in its ability to produce lithium-ion batteries with a greater density of energy, utilizing a novel manufacturing process that integrates 3D printing with semiconductor technologies. This approach allows for the creation of compact and powerful energy storage solutions tailored for specific high-demand applications.

The microbatteries developed by Power 3D are designed to serve a range of markets, including wearable devices, industrial applications, and medical equipment. Furthermore, the company specifically addresses the needs of UAV and drone manufacturers by offering batteries that can significantly improve flight range and operational loiter time. Power 3D originated as a spinout from Carnegie Mellon University and operates within Pittsburgh's growing ecosystem for robotics, advanced manufacturing, and energy technology.

Recent News & Mentions

Feb 10, 2026FundingPower 3D - Seed

Financial History

Power 3D most recently raised Seed in February 2026.

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Valuation

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Funding Rounds Raised

Date	Round	Lead Investors	Other Investors
Feb 10, 2026	Seed	AlphaLab

Financial History

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Deep Dive

Power 3D is an advanced battery technology startup headquartered in Pittsburgh, Pennsylvania, specializing in the development of 3D-printed microbatteries. The company's primary objective is to produce novel lithium-ion batteries that offer a greater density of energy compared to existing solutions. This focus on enhanced energy density is crucial for powering next-generation devices and systems that require compact yet powerful energy sources.

The foundation of Power 3D's technology is an innovative manufacturing process. This method uniquely combines the precision of 3D printing with established semiconductor processes. This integration allows for the creation of highly efficient and customized battery structures, enabling the company to address specific performance requirements across various industries.

Power 3D's microbatteries are engineered for a diverse set of applications. Key target markets include wearable technology, industrial equipment, and medical devices, where small form factors and reliable power are paramount. The company also specifically caters to the needs of the unmanned aerial vehicle (UAV) and drone sector, providing batteries that can extend operational range and increase mission loiter time, thereby enhancing the capabilities of these aerial platforms.

As a spinout from Carnegie Mellon University, Power 3D benefits from a strong academic and research foundation. The company is an active participant in Pittsburgh's dynamic ecosystem for robotics, advanced manufacturing, and energy technology. This strategic location provides access to a supportive environment for innovation and growth within the advanced materials and energy sectors.

Power 3D has also engaged with notable accelerator programs, including the AlphaLab AL26 cohort and the Cleantech Open Northeast Accelerator, where it was recognized for its energy distribution and storage innovations. The company has also secured funding, including a $75,000 award from the Department of Energy, further supporting its ongoing development of energy-dense battery solutions.

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Frequently Asked Questions

What manufacturing process does Power 3D employ for its batteries?

Power 3D utilizes an innovative manufacturing process that combines 3D printing with semiconductor processes to create energy-dense lithium-ion batteries.

Which specific markets are targeted by Power 3D's microbattery technology?

Power 3D's microbatteries are designed for wearable, industrial, and medical applications, as well as for UAVs and drones that require extended range and loiter time.