From Concept to Parts in 2 Hours. And a New Era of Agility for Motor Teams How long does it usually take your team to go from concept to parts?
At ECM, we design motors for the future—compact, efficient, and ready to meet the demands of advanced engineering applications. Nowhere is that more evident than in our latest release: a
Modern engineering challenges demand compact, high-performance motion systems. ECM’s new harmonic drive servo motor—nicknamed the Eight Ball—delivers exceptional torque density, precision, and efficiency in a lightweight, space-saving design. Challenge Industries
Overview ECM has taken a significant leap by seamlessly integrating its state-of-the-art printed circuit board (PCB) stator technology into compact, powerful actuator assemblies designed specifically for robotic joint applications. Most
ECM and CONE DRIVE Integrates PCB Stator Technology into their robotic joint actuator applications. Overview ECM and CONE DRIVE (a Division of TIMKEN) recently partnered to integrate ECM’s printed circuit
At Automate 2025, ECM PCB Stator Tech took the stage — and the show floor — to debut its latest breakthroughs in electric motor design and control. From product reveals
There’s lots of buzz on PCB Stator technology disrupting the electric motor industry. But how exactly does a PCB Stator work? We break it down in this new ECM video
