Electric Actuators

Electric actuators are mechanisms that can generate motion in a load or perform actions requiring force, such as clamping, by harnessing the power of an electric motor. The electric motor generates rotary motion as the spindle or rotor turns. Within the design of an electric actuator, there is typically a helical screw, which connects to the motor spindle through a drive shaft, resulting in the rotation of a ball screw nut.

          The manufacturing process of an electric linear actuator commences with the production of the electric motor, which consists of two primary components: the stator, a stationary permanent magnet, and the rotor, located at the center of the stator. The rotor is subjected to the magnetic field generated by the stator, inducing rotational motion.

          These components are meticulously crafted in a fully automated assembly line situated within the electric linear actuator factory. Every phase of production is closely monitored, starting from the winding of copper coils onto the rotor to the installation of the shaft screw into the motor. Quality assurance experts thoroughly inspect each batch of components. Simultaneously, various parts of the motors are manufactured concurrently to optimize the assembly line for each linear actuator.