This research paper presents the design and development of a PLC-controlled stepper motor-based dosing system aimed at enhancing precision, reliability, and efficiency in industrial liquid dosing ...

Hard-switching a stepper motor’s coils in full-step mode (wave-drive) causes the motor to jump from one step position to the next, resulting in overshoot, torque ripple, and vibrations.

Which Motor Should You Choose When? For simple, cost-effective, and precise applications (e.g. 3D printers), choose Stepper Motors. For efficient, high-speed operations with minimal maintenance, opt ...

Contribute to abeeromara99/Stepper_Motor development by creating an account on GitHub.

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Sun, X.M. (2018) Discussion on the Application of Siemens PLC in Stepper Motor Control. Journal of Science & Technology Economics, 26, 83.

Stepper motors have found applications in multiple domains of technology. The use of stepper motors in automation and robotic projects is extremely notable; for example, dot matrix or inkjet printers ...

Stepper motors also have performance limitations. For example, the motor needs to break friction to begin turning and move the load, at which point the rotor is not fully controlled.

Here are tips for debugging stepper motor systems as well as general bench testing advice based on the personal experience of co-authors.

When designing a motion control system using stepper motors, do not assume that the holding torque of motor still applies when microstepping.