Integrated joints
Useful when the actuator needs a compact hollow or integrated structure with custom bearings, housing and output interface.
Frameless Torque Motor for Robot
Frameless torque motors for integrated robot actuators
Discuss frameless torque motor directions for robot joints, collaborative arms, humanoid robots and compact actuator modules where envelope, torque density and thermal path matter.
Application Fit
When frameless torque motors make sense
High torque density
Review stator outer diameter, stack height, winding, peak torque, continuous torque, thermal limit and controller current.
Custom structure
The final actuator may also require encoder, brake, reducer, cable routing, sealing, thermal design and assembly test planning.
FAQ
Frameless torque motor questions
What dimensions are needed first?
Outer diameter, inner diameter, stator height, available housing space, shaft or hollow structure and mounting constraints are the first items.
Can you support the whole actuator?
The project can be discussed as a motor direction, motor plus feedback, or a broader actuator module depending on the application and quantity.
What testing should be planned?
Torque, current, temperature rise, noise, vibration, insulation, feedback alignment and outgoing performance tests are typical checks.
Evaluating a frameless torque motor?
Send envelope, torque, speed, voltage, feedback and quantity for a feasibility review.