Electric motor performance is defined by its materials. As aerospace, defense, and advanced manufacturing systems electrify, engineers face a common set of constraints: heat, efficiency, weight, and power density. Standard materials limit what electric motors can achieve.

Carpenter Electrification helps engineers design and build higher-performance electric motors with advanced soft magnetic alloys and precision manufactured stator and rotor stacks. Our engineered solutions enable higher power density and torque, lower operating temperatures, reduced weight and improved efficiency, faster lead times, and seamless transition from prototype to full-scale production. We provide:

High-performance soft magnetic alloys: Metals engineered for high magnetic induction, high permeability, and low core loss to improve motor efficiency and performance.

Stator and rotor stack manufacturing: Precision lamination and stack processing for optimized electromagnetic performance, from first prototype through high-volume production.

Electrification materials and integration support: Rigorous quality testing, materials expertise, and engineering collaboration to support next-generation electric systems.

Our technologies power critical systems across:
- Aerospace electric and hybrid-electric flight, from commuter aircraft to eVTOLs 
- Electric vehicles and advanced transportation
- Defense tactical mobility platforms and unmanned aerial vehicles
- Robotics and industrial automation 
- Medical and power generation equipment

Backed by 80+ years of soft magnetic alloy development and 135+ years of Carpenter Technology metallurgical expertise, we combine materials science with scalable stack manufacturing to solve the toughest electrification challenges. Connect with our team to accelerate your electric motor performance and development timelines.

Carpenter Electrification

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