In the dynamic landscape of electric motor design, innovation is the driving force. The PCB Stator, an axial flux electric motor topology, has emerged as transformative technology across a variety
Addressing the Urgency: Electric Motor Sustainability in the Face of Global Energy Challenges Government organizations, alongside civilians, are continuously striving for —and in many cases mandating—more sustainable practices across industries.
ECM’s PrintStator Motor CAD offers versatile customization features, allowing you to tailor motor dimensions, voltage/current constraints, performance parameters, target efficiency, and the integration of specific magnetic materials. Discover the ideal solution for your HVAC electric motor needs.
In the world of engineering, motor design plays a crucial role in the success of electrical applications. Traditional motor design processes have often been time-consuming and resource-intensive, requiring extensive expertise
ECM’s technology platform simplifies manufacturing electric motors with PCB Stator Technology. The electrification movement is expanding and there are countless frustrations with traditional motor sourcing and design. ECM’s motor platform
Motor as software ECM Printed Circuit Board Stator (PCB) Technology redefines how engineers interact with motors. ECM’s proprietary software platform, PrintStator, drives the design and manufacture of optimized printed circuit
Environmental Benefits of Implementing ECM’s PCB Stator Technology Electric motor driven systems account for over 40% of global electricity consumption according to the International Energy Agency. The United States Department
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
