SKF and Wolong Electric Group are expanding their lines of business in the growing market for magnetic bearings and high-speed levitation motors. SKF is opening a new plant in Morocco to ramp up production of its magnetic bearings and, jointly, the two companies are cooperating to apply the bearings to more high-speed motor and drive products. […]
Magnetic Metals’ tape wound toroidal & cut cores deliver the essential magnetic properties and efficiencies required for: Transformers that power EV Charging Stations, Transformers that control & monitor AC induction & DC motor performance Power […]
Capabilities for research into the design and production of future e-motors have been expanded at the University of Sheffield’s Advanced Manufacturing Research Centre with the delivery from Winding Technology Ltd of a new linear winding […]
Magnets are valuable components. Although functional magnet recycling methods have been developed in recent years, they have not yet been applied in practice and magnets continue to be melted down into steel scrap. Researchers at the Fraunhofer Research Institution for Materials Recycling and Resource
Strategies IWKS provide good arguments for why this should change in the future […]
Hyve, the organizer of the global CWIEME events, among the world’s largest event series dedicated to coil winding, transformers, electric motors, generators, and e-mobility, recently announced release of the preliminary agendas for the two live stages, CWIEME Central and E-Mobility, at the CWIEME Berlin show to be held on May 23-25, 2023, at Messe Berlin. Magnetics Magazine is a media partner and supporter of the event. […]
HRL Laboratories, LLC, has begun work on the surface laser architected magnets (SLAM) project to improve magnets within electric vehicle motors, a new Advanced Research Projects Agency-Energy (ARPA-E)- funded effort. […]
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. […]
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