Motor and thermal margin
Match continuous torque, peak torque, speed, voltage, current limits, duty cycle and available cooling space.
Integrated Robot Joint Motion
Integrated servo actuator for robot joints
Review the motor, gearbox, encoder, brake, bearings and driver as one motion module. This reduces interface risk before prototype development and quotation.
System Selection
Define the complete joint before choosing individual parts
Torque and speed alone are not enough. Thermal limits, feedback, mechanical interfaces and control requirements determine whether the actuator can work reliably in the robot.
Gearbox and structure
Review reduction ratio, backlash target, output bearing load, flange, shaft, housing diameter and cable routing.
Feedback and control
Confirm absolute or incremental encoder, brake logic, driver current, control mode and communication interface.
Typical Applications
Built around the robot mechanism
Humanoid robot joints
Compact shoulder, elbow, hip, knee and ankle modules where torque density and packaging are critical.
Robot arms
Joint modules for collaborative, service and light industrial arms requiring repeatable position control.
Custom automation
Integrated rotary axes for inspection, handling, research platforms and special-purpose mechanisms.
Required Information
Send these parameters for a practical review
Performance
Continuous torque, peak torque, output speed, duty cycle, motion profile and operating environment.
Electrical
Supply voltage, driver preference, encoder type, communication protocol and brake requirement.
Mechanical
Maximum diameter and length, mounting interface, output load, cable direction and prototype quantity.
Evaluating an integrated robot joint actuator?
Send your torque, speed, voltage, envelope and control requirements for a motor-module feasibility review.