Servo motor
Feature
- It is fully functional, operates stably, generates little heat, and is simple and easy to use.
Servo Motors: The Core of Precision Motion Control
Empower your automation systems with our high-performance servo motors, the ultimate precision actuators designed to convert electrical signals into exact angular displacement, speed, and torque. At the heart of our servo motors is a highly responsive closed-loop control system. Paired with high-resolution encoders, they continuously monitor actual position and speed, automatically adjusting to eliminate errors and ensure flawless execution of your motion commands.
Our servo motor lineup is engineered to meet diverse industrial demands:
AC Servo Motors:Featuring permanent magnet synchronous technology, these motors deliver high power density, exceptional overload capacity, and smooth low-speed operation. They are the ideal choice for high-load, continuous-duty industrial applications.
Low-Voltage DC Servo Motors:Designed for ultra-low voltage operation (24-72V), these brushless motors offer rapid dynamic response and compact sizing, making them perfect for lightweight robotics and battery-powered systems.
Key Applications
Industrial Automation & CNC:High-rigidity feed drives and precise spindle control for machining centers, lathes, and automated assembly lines.
Robotics & AGV: Dynamic joint actuation and precise steering/driving control for industrial robotic arms, collaborative robots, and autonomous mobile robots.
Semiconductor & Electronics Manufacturing:Nanometer-level positioning accuracy for wafer steppers, high-speed pick-and-place machines, and automated optical inspection (AOI) equipment.
Medical & Diagnostic Equipment:Smooth, ultra-precise, and quiet motion control for CT/MRI scanners, surgical robots, and precision fluid dispensing systems.
Buyer protection
If a quality issue occurs within one year of purchase, you can exchange it for free.
AC servo motor selection: start from torque and inertia, not power
A servo motor converts electrical signals into angular displacement, speed and torque, and works with a drive and a high-resolution encoder to form a closed loop. The most common selection mistake is starting from power: motors of the same power rating can differ substantially in torque characteristic and inertia, and behave quite differently once mounted on a machine.
The right order is to calculate the load torque and inertia first, then confirm the required peak torque and speed range, and only then settle on a power rating and flange size. An AC servo motor with a permanent-magnet synchronous design suits high-load continuous duty, while a low-voltage DC brushless servo motor suits battery-powered and space-constrained equipment.