From Research to Reality: Engineering the Future of Electrification with Transverse Flux Motors
Transverse Flux Motor (TFM) technology is setting new benchmarks for low-speed, high-duty-cycle electrification. By decoupling magnetic and electric circuits, TFM achieves exceptional torque density and superior low-speed efficiency—enabling simplified, high-performance direct-drive and low-ratio architectures for actuation and motion control systems.
This session explores validated commercial deployments, compares leading motor topologies, and shares practical integration strategies for next-generation electrified systems.
- Explore how TFM’s unique high pole count, low resistance architecture optimises Motor Constant (Km) to maximise torque density and system efficiency.
- Examine commercial direct-drive conversions eliminating >20:1 gear reductions, cutting system mass and minimising power losses.
- Address electromagnetic design methodology, manufacturing constraints, and recent advances in scaled production.
- Compare radial, axial, and transverse flux topologies using application-driven criteria, including robotics and rare-earth-free solutions.
Wednesday 20 May 15:00 - 15:30 Electric Motor Forum
Advancements in Electrical & Mechanical Engineering and Automation
Sustainability and Energy Efficiency
Transverse Flux Motor (TFM) technology is setting new benchmarks for low-speed, high-duty-cycle electrification. By decoupling magnetic and electric circuits, TFM achieves exceptional torque density and superior low-speed efficiency—enabling simplified, high-performance direct-drive and low-ratio architectures for actuation and motion control systems.
Electric Motor Forum Europe/London
Speakers
Director of Commercialization, Electric Torque Machines (ETM)
