Beyond Rare Earths: Rethinking Electric Motor Design with Next-Generation Materials
- Rare-earth-free motor technologies: Design strategies and material innovations enabling high-performance electric motors without reliance on critical rare-earth elements.
- Advanced magnetic materials: Integration of iron nitride permanent magnets and soft magnetic composites in 3D flux motor topologies.
- Simulation-driven development: Electromagnetic and structural modelling workflows, validated through prototype testing.
- Sustainability and supply-chain resilience: Motor solutions addressing environmental impact, manufacturing efficiency, and geopolitical risks in magnet supply.
Wednesday 20 May 11:20 - 11:35 Innovation Zone
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05/20/2026 11:20
05/20/2026 11:35
Beyond Rare Earths: Rethinking Electric Motor Design with Next-Generation Materials
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- Rare-earth-free motor technologies: Design strategies and material innovations enabling high-performance electric motors without reliance on critical rare-earth elements.
- Advanced magnetic materials: Integration of iron nitride permanent magnets and soft magnetic composites in 3D flux motor topologies.
- Simulation-driven development: Electromagnetic and structural modelling workflows, validated through prototype testing.
- Sustainability and supply-chain resilience: Motor solutions addressing environmental impact, manufacturing efficiency, and geopolitical risks in magnet supply.
Speakers
Senior Applications Specialist, Alvier Mechatronics AB
