The present invention relates to a magnetic servo actuator which is bidirectionally rotatable and precisely position-controllable within 360°. The magnetic servo actuator may be widely applied to intelligent robots, radio controllers (RCs), industrial equipment, and medical instruments which require bidirectional rotation and precision position control within 360°. A magnetic value generated when a final output gear is rotated is detected through a hall sensor to reuse the detected value to control feedback. Also, when a motor is rotated, the motor is precisely controlled in position within a specific rotation angle. Since the respective devices are built into a main body of the actuator, the actuator may be manufactured to be slim. As a result, power consumption may be reduced.
MAGNETIC SERVO ACTUATOR BIDIRECTIONALLY ROTATABLE AND PRECISELY POSITION-CONTROLLABLE WITHIN 360°