High Torque Motor Swing Motor Electric Micro DC Stepper Motor with ISO and CE

The working principle of a reactive stepper motor is relatively simple, with many small teeth evenly distributed on the rotor. The stator teeth have three excitation winding resistances, and their geometric axes are sequentially offset from the rotor tooth axis. The position and speed of the motor correspond one-to-one with the number of conductive pulses and frequency. The direction is determined by the order of conductivity. Generally, reactive stepper machines with two, three, four, and five phases are predominant in the market.

Stepper motors have also made continuous progress in technological innovation. With the advancement of Industry 4.0, intelligence and integration have become important trends in the development of stepper motors. By integrating advanced controllers and sensors, intelligent adjustment and fault self diagnosis of stepper motors can be achieved, improving their intelligence level. Meanwhile, the diversified design and customized services of stepper motors are also key to meeting the needs of different industrial applications.

With the transformation and upgrading of the manufacturing industry and the promotion of intelligent manufacturing, the size of the Chinese stepper motor market is expected to grow at a rate higher than the global average. At present, the domestic stepper motor market is mainly occupied by domestic manufacturers and overseas enterprises, with a domestic market share of over 50%. In the domestic market, some enterprises such as Northern Electric, Mechanical and Electrical Port, and Shanghai Electric occupy a dominant position.

As an important control component, stepper motors play an irreplaceable role in modern industry and technology. The stepper motor achieves positioning through fixed movements at each step angle, with high accuracy and positioning capability. They can precisely control the position and speed of objects, ensuring the stability and accuracy of the production process. Stepper motors have a fast response speed and can achieve high-speed motion, making them suitable for applications with high speed requirements, such as 3D printing, robotic arms, etc.

The stepper motor can precisely control the position and speed by controlling the number and frequency of pulses, meeting the requirements of high-precision application scenarios. The operation of the stepper motor is completely controlled by pulse signals, with strong programmability and easy implementation of complex control strategies. The stepper motor consists of three parts: the motor itself, the driver, and the controller, making installation and maintenance relatively easy. At low speeds, stepper motors have high torque output and are suitable for applications that require high torque.