For applications where performance, compactness, and precision cannot be compromised, Compotech offers next-generation brushless DC motors based on a patented printed winding technology. These are not catalogue motors—each motor is developed from the ground up for the customer’s application.
Through advanced electromagnetic modelling and a unique winding architecture, we optimise for the exact parameters that matter in your application: torque, dynamic response, efficiency, temperature, lifespan, and mechanical integration.
At the core of the technology is a printed, substrate-based winding system that replaces traditional wire windings.
Unlike conventional windings, this enables:
The result is markedly higher power density compared with conventional wire-wound motors.
Depending on the application, benefits include:
This makes the technology particularly well suited to applications with tight installation constraints, high precision requirements, or where thermal management is a limiting factor.
Unlike conventional motor selection, where you are forced to choose the “closest” catalogue motor, we start from the customer’s actual requirements:
Using AI-assisted multiphysics modelling, millions of design combinations are explored to develop the optimal motor.
The technology can be realised in several motor configurations:
Delivery can be provided as:
A wide range of truly miniaturised motors, with the accompanying gears, electronics and linear components. These motors offer a long service life and high dynamic performance in addition to compact dimensions and are completely free of magnetic cogging.
The technology is used with great success in:
In real-world applications, customers have achieved significantly reduced motor size, lower weight, reduced energy consumption, and improved ergonomics—without compromising performance.
