Magnetification
The revolution of magnetic materials in next generation power applications
Submit a design consultation request below to discuss needs for inductors, transformers, and motors / generators
Today's power electronics applications demand smaller, lighter, and more efficient magnetic cores. CorePower Magnetics produces magnetic components with proprietary nanocrystalline magnetic cores through a scalable, in-line manufacturing processes. The patented materials and processes address three key challenges: thermal management, power density and efficiency. Our processes provide the ability to spatially engineer magnetic core properties to optimize performance across these dimensions.
Advanced Materials
We have developed a new class of metal amorphous nanocrystalline FeCo and FeNi alloys, capable of withstanding the most demanding processing and applications. The unique material properties of these alloys provide flexibility and control in engineering the magnetic core properties in our products.
Advanced Processes
Our in-line processes apply time-varying mechanical, magnetic or other applied fields to engineer for ultimate magnetic core performance. This process transforms amorphous metal ribbon into spatially tuned, high performance magnetic cores for power electronics components.
TECHNOLOGY DEVELOPMENT TIMELINE
2012
Carnegie Mellon University develops initial FeCo-based metal amorphous nanocomposite alloys
2017
Strain-annealing line capabilities demonstrated in pilot-scale facility at Carnegie Mellon University to tune magnetic properties
2018
Magnetic cores with spatially-tuned properties demonstrated in optimized configurations
2019
Patent awarded for foundational technology, received Carnegie Science and R&D 100 award
2020
Exclusive licensing of patent portfolio secured with Carnegie Mellon University
2021
Exclusive licensing of patent portfolio secured with National Energy Technology Laboratory
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