Your envelope.
Axial depth, diameter, mounting, load interface, cable routing, and connector placement.
Your application.
Our engineering focus.
Premium motor integration and top-of-the-line power-electronics design ambition: packaging, windings, sensing, and thermal paths developed together around your system requirements.
CUSTOM DESIGN / APPLICATION-SPECIFIC INTEGRATIONMOTOR + CONTROL + SENSING
Designed to fit.
Engineered to work together.
A premium motor starts with the complete system.
We are engineering premium motors and top-of-the-line power electronics around your application. Bring us your available space, load, motion profile, and environment. We work toward an integrated motor assembly with control electronics and feedback matched to the application, reducing the need for separate controller and sensor hardware.
Your operating point.
Winding and KV selection, supply voltage, torque–speed requirements, duty cycle, and thermal path.
Your motion profile.
Application-tuned field-oriented control, torque, speed, and absolute-position modes with CAN FD integration.
Your qualification plan.
Define temperature, shock, vibration, EMC, material, traceability, and verification requirements for the intended platform.
Start with
the constraints.
Define. Co-design. Prototype. Validate.
We begin with the mechanical envelope, load, operating point, duty cycle, and environment. The design process then brings together the motor, bearing and mounting interfaces, feedback, control electronics, communication, and heat rejection path.
Prototype evaluation will establish performance and integration limits before production requirements and qualification plans are finalized.
Review the reference specifications →Your envelope.
Your application.
Our next conversation.
Bring us the constraints: axial space, torque, speed, duty cycle, feedback, connectors, and operating environment. Let’s define a custom motor and control integration around your application.