Servoaxlar

Servoaxlar are a type of actuator that combines a motor, gearing, and a feedback sensor into a single unit designed for precise positioning. These systems are essentially electromechanical devices that allow for accurate control of angular or linear displacement. The "servo" aspect refers to the closed-loop control system, where the actual position of the output shaft is continuously monitored and compared to the desired position. Any deviation triggers the motor to adjust until the target position is reached. The "axle" or "axlar" part indicates that the output is typically a rotating shaft.

The core components of a servoaxle include an electric motor (often DC or AC), a gearbox to reduce speed and increase torque, and a position sensor such as a potentiometer or encoder. This sensor provides the feedback signal to a control circuit, which then drives the motor. Servoaxles are valued for their accuracy, repeatability, and ability to hold a position. They are commonly found in robotics, automation, industrial machinery, and even in hobbyist projects where precise movement is critical. Unlike simple DC motors that run continuously when powered, servoaxles can be commanded to move to a specific angle and remain there.