As the core equipment for power and control in many industrial applications, the importance of stepper motors is self-evident. Integral stepper motors excel in many applications due to their small size. Here, we will continue to provide you with some application ideas of stepper motor integrated machines in various industries.

Integrated stepper motors generally integrate motor drive and control, mainly to reduce space and improve product efficiency, but also cause heat dissipation problems. The integrated stepping motors sold by the company include integrated stepping motors, integrated stepping servo motors, encoder stepping motors, braking integrated stepping motors and integrated reducer stepping motors.

The integrated stepper motor has a compact structure and a small volume. Due to the integration of the driver and the motor, the connection between the driver and the motor is saved, the interference of the motor cable is effectively reduced, and the electromagnetic interference between the wires is reduced; the use of better vibration technology and low heating technology effectively solves the problem of motor and Heating, vibration and noise issues with the drive.

According to the design structure and application requirements, the use of integrated stepper motors will vary due to different device functions and environments. Some need subdivision to make up the difference, some need feedback, some need emergency braking, some need small space, and have requirements for speed and so on.

Before recommending the use of an integrated stepper motor, our engineers usually calculate the integrated stepper motor that meets the actual requirements according to the customer's design requirements, combined with structure, electrical and related functions, and give the corresponding solution from a professional point of view. Automatic application control solutions.

The above content is the introduction of the integrated stepper motor. The integrated stepper motor can not only meet the application scenarios under high-speed motion, but also can be shaped and matched according to specific application scenarios. After a series of numerical analysis and mechanical modeling, product solutions can emerge as the times require.