Materials/Manufacturing

Aisin Develops Ultrahigh-Efficiency Motor Using Soft Magnetic Alloy from Tohoku Magnet Institute 

Aisin Corporation has developed an ultrahigh-efficiency motor jointly with Tohoku Magnet Institute using TMI’s newly developed nanocrystalline soft magnetic alloy, Nanomet. Aisin invested in TMI in June of last year and a prototype of the motor was exhibited at the Automotive Engineering Exposition 2023, held recently in Yokohama. Both firms are based in Japan, and each contributed their technical capabilities to the development. TMI is an R&D spinout from Tohoku University where the alloy was invented.  […]

e-Power

Lilium Raises $292 Million for Breakthrough eVTOL Jet Powered by Innovative Electric Motors 

Lilium NV, developer of the first all-electric vertical take-off and landing jet, announced that it has successfully arranged a capital raise for a total amount of $192 million, bringing its total raise for the year to nearly $300 million. Innovative electric motors power the craft, and Swedish bearing manufacturer SKF is one of the German aircraft company’s key suppliers.  […]

Materials/Manufacturing

Bosch Ramps Up Electric Motor Production in Charleston with More Than $260 Million in New Investment, Replacing Diesel Products 

Bosch workers in Charleston, South Carolina at the company’s largest production facility in the USA are learning the intricacies of magnets and hairpin windings as it transitions from a diesel power manufacturing site to electric motor production to meet the new demands of electrification and e-mobility. Production of electric motors began there in October and additional capacity being added is expected to be operational by the end of this year as Bosch expands its long history of mobility-related manufacturing with new electrification products.  […]

Materials/Manufacturing

Impermeable Stacking by Feintool Enables Integrated Cooling for Motors 

Whether the power source is battery or fuel cell, the efficiency and performance of motors are crucial in electromobility. Critical factors in their design and production include stability of the lamination stacks of electrical steel and their impermeability to cooling fluid. Feintool says that its glulock Multiple Dots bonding process promises tight and stable electric motors, even in the high-temperature range prevalent in today’s e-motors. Based in Switzerland, the company develops machinery and processes for both the production of motor laminations as well as fineblanking of bipolar plates for fuel cells.  […]