Conventional electric motor designs rely on wire-wound stators and iron laminations, resulting in heavier, less efficient motors with longer design cycles. These traditional methods limit customization and increase material usage.

ECM develops electric motors utilizing printed circuit board (PCB) stator technology, which eliminates wire-winding and iron laminations. This results in lightweight, highly efficient axial flux motors exceeding 90% efficiency. ECM's PrintStator software enables engineers to rapidly design, model, and prototype PCB stator motors optimized for specific applications. The software reduces design cycle time and material usage by enabling precise customization and performance optimization. Evaluation motors with standard NEMA mounting patterns and integrated drives are available for testing and validation.

Proprietary PCB stator technology eliminating wire-winding and iron laminations

PrintStator CAD software for rapid motor design, optimization, and prototyping

Axial flux motor design for compact form factor and high power density

High efficiency, exceeding 90% in many applications

Reduced material usage, up to 80% less copper compared to conventional motors

Motors exhibit smooth motion with no cogging torque

Evaluation motors available with NEMA mounting and integrated drives for easy testing

Customizable motor solutions tailored to specific performance and dimensional requirements

The primary customers are engineers and product developers in industries such as HVACR, e-mobility, maritime, aerospace, medical devices, and robotics, seeking lightweight, efficient, and customizable electric motor solutions.