A promising option for a range of applications is stepper motor control combined with a DWIN display interface. The advantages of stepper motor control coupled with a DWIN display - which provides a user-friendly interface for adjusting parameters and monitoring in real-time are examined in this research. With this method, stepper motors can be effectively controlled without requiring complicated configurations. A detailed discussion is given of the system architecture, which includes software development and the integration of microcontroller units (M CU s). The accuracy, response time, and user experience of the system are all demonstrated by real-world implementation examples. The benefits, difficulties, and implementation issues of combining stepper motor control and a DWIN display are highlighted in this paper. Furthermore, possible future paths for investigation and advancement are suggested, in addition to an assessment of the system's efficiency and efficiency.