White Papers

SYSTEM: How to Solve High Resolution and Low Speed Motion Control Dilemmas at a Lower Cost

We're often asked, "How are our PCBMotors different from stepper motors?"

It's an excellent question and why we wrote this white paper - How to Solve High Resolution and Low Speed Motion Control Dilemmas.

Sign up for this free white paper and discover the

• Major differences between stepper motors and PCBMotors
• Top 5 Pains electronic movement designers & engineers have
• Top 5 Gains you can achieve by employing a PCBMotor
• Motor performance results: Lifetime; Torque-Speed-Power; Torque Precision Correlation

Bonus Material ^free

Also included are the following offers at no extra cost:

1. 1. 30-Minute consulting service
   2. Six month money-back guarantee
   3. 'Traveling wave' patent information

DESIGN: Rules & Layout Guidelines

Many customers like to keep the development data of their application to themselves. We offer a simple design package (free of charge), enabling you to design PCBMotor by yourself.

By signing up you'll get a (one) standard layout for a 30mm stator as well as Design Guidelines for designing your own PCBMotor and some of our other layout design options.

Fast-track your project - once you're familiarized with the Design Guidelines - by selecting our standard, ready-to-use stators (in diamters spanning 20 to 90 mm). See our product range here...

All standard stators now come in a square footprint where you can break off and use the 'jigsaw stator' in your own printed circuit board design. 

This means that you can allocate the space needed on your board yourself. And, in the ramp phase, you can simply chose pre-manufactured stators and mount them directly onto your own PCB board, so you can focus on getting your application up and running.