News & Highlights
3D-printed permanent magnets outperform conventional versions, conserve rare materials
Research Highlight
Degree of alignment determined for anisotropic bonded magnets
Research Highlight
Degree of alignment determined for anisotropic bonded magnets
Research Highlight
High-strength, high temperature bonded magnets
Additive manufacturing NdFeB bonded magnets reach the gap magnet milestone
Publications
Parans Paranthaman at Oak Ridge National Laboratory leads the CMI project "Additive manufacturing of polymer based bonded magnets"
During sintered rare earth magnet manufacturing, the materials wastage can be up to 48 percent. Additive manufacturing process offer no tooling requirement and almost no wastage. Fabricate near-net shape high-performance magnets with improved corrosion resistance, mechanical properties and thermal stability of up to 150-200 °C, reduce the criticality of Nd, Dy, etc. by minimizing the waste generation associated with magnet manufacturing, and reduce the overall cost. The main goal of this project is to develop gap magnets (with BHmax:20-25 MGOe and beyond) based on anisotropic NdFeB magnets. Printed magnets can offer 30 percent volume reduction and improve motor performance by a factor of two.
Related information:
Research Features LINK
CMI Webinars - several CMI webinars have been offered related to magnets with reduced rare earth content and to this project
R&D 100 Award
TechConnect Innovation Award
