What PrintStator v8.3 Means for the Motor Industry
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?
11 June 2025
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?
When it comes to tariff uncertainty, electric motor manufacturers have an option to bypass volatility—while producing better machines. They can do so by leveraging disruptive innovation and software. At ECM,
In today’s data-driven world, thermal and energy efficiency are more than operational concerns—they’re business-critical. With cooling systems accounting for up to 40% of a data center’s total energy use (U.S.
Today’s volatile market environment favors an agile and asset-light approach to product development, design and manufacturing, this also the case with electric motors. Pairing advanced CAD to disruptive printed circuit
Overview Data centers are the backbone of modern digital infrastructure, supporting everything from cloud computing to artificial intelligence. However, they face mounting challenges in reducing operational costs while maintaining high-performance
In product development, traditional cost assessments often overlook the broader financial impact of lost revenue, capital expenses, and overhead. True cost optimization requires a system-wide approach—one that accounts for time,
This case study, conducted in partnership with our global manufacturing partner, East West Manufacturing, highlights how ECM’s PCB Stator technology and PrintStator Motor CAD platform address common manufacturing challenges. Challenge
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
