How Does a PCB Stator Work?

How does a PCB Stator motor work? - What are the advantages of PCB Stator motors?
Follow the link to fins out more - pcbstator.com/
ECM’s new PCB Stator replaces the bulky copper windings found in many conventional electric motors with an ultra-thin printed circuit board that places copper only where it is needed. The result is higher efficiency, lightweight machines that only require a fraction of the copper.
PCB Stator motors are a new type of axial flux BLDC motor that can be a compact, efficient, and durable solution for many diverse applications including fans, pumps, robots, e-bikes, unmanned submarines, exercise equipment, home and kitchen appliances, industrial machinery and tools, various medical devices, bionics, etc.
Integrating a PCB stator solution in replace of a conventional copper wound stator motor can lead to many advantages. PCB Stator motors are smaller, lighter, quieter, smoother, and more efficient than conventional electric motors. Motors with a PCB stator are more durable and more sustainable for the environment. Their high power density, reduced cogging, greater design flexibility, and improved motor control make them an attractive solution for various applications.
ECM had developed an electric motor design software for PCB stator motor technology called PrintStator. PrintStator is essentially motor CAD for PCB stator motors. The PrintStator software takes user motor specifications and creates optimized electric motor designs integrated with PCB stator technology. This software gives its user unmatched design flexibility - allowing innovators to design a motor around their system rather than designing their system around a motor.
Visit pcbstator.com to learn how to use the PrintStator software to design your own PCB stator electric motor. Simply submit basic motor info and let the PrintStator software design your own, purpose-built electric motor.

[@casper5314]

Make laptop fan motors with this tech!

[@nickwinn7812]

The same technology can presumably be used for axial flux alternators in wind turbines and the like. I think this is a great leap forward in motor and alternator development.

[@SolaRoof]

I’m happy to be one of the first to watch and first to comment! You have made a fantastic introduction to the technology - your graphics, animation and style of presentation are educational and make a solid case for collaboration with your company. I’m already in discussions for my SolaRoof applications and can say how easy it was to engage with your company.

[@paaabl0.]

Sounds impressive! How do I get one? I can buy your software to design pcb for me, right? What about rest of the parts?

[@jiioannidis7215]

you could have done this entire presentation in 30 seconds.

[@vincentnorman2351]

P R O M O S M ✔️