The stepper motor actuator is a type of actuator used in several industrial applications. It uses a DC stepper motor for rotary motion. A lead screw is attached to the motor shaft, which eventually generates a linear motion to the actuator tip if linear actuation is required. These stepper motor actuators are extensively used in
Stepper motors are brushless DC motors that are widely used in motion control devices such as linear actuators when precision motion is required. They have emerged as cost-effective alternatives for DC servomotors in several applications ranging from machine tools, medical equipment, to computer peripherals and automotive devices, among others. A stepper motor-based linear actuator, which uses a stepping motor as the source of power, is widely recognized as a cost-effective and reliable motion solution. Trends towards miniaturization and cost reduction immensely contribute to the wide acceptance of the quieter, more efficient and durable stepper motor-based linear actuators. What else adds to their popularity for applications demanding high performance and exceptional endurance in a very small package? This post discusses the same in brief.
A stepper motor is a brushless electromechanical device that converts electrical energy to mechanical energy. It divides rotational motion into equal number of steps with the help of actuators, depending on the application requirement. There are many types of stepper motors such as linear stepper motor, and are made based on the number of steps
Stepper motor actuators are among the popular types of actuators used in a variety of industries. The actuator uses a step method to perform a particular movement in an application. Unlike a linear actuator, which moves only in a perpendicular motion, stepper motor actuators move in rotating motions, which is performed using magnets. As its