4 Control Modes - In addition to its built-in parameter work mode, it can be controlled by external inputs including buttons, other drivers, or UART commands. This enables flexible integration with existing systems and supports different control architectures. 9 Built-in Work States - Comes with nine default workflow programs to cover a wide range of applications. - Supported states include Forward, Reverse, Delay, Loop, Self-locking, No-lock, and Rotating speed, plus additional modes to meet various use cases. These presets simplify setup and ensure reliable operation across scenarios. Integrated Controller and Driver - Combines a stepper motor controller and driver in a single unit. - Not only drives the motor, but also allows real-time control of the motor’s working state, enabling precise, responsive operation without a separate controller. Forward and Reverse with Flexible Control - Direction can be changed by pressing a button or by using a potentiometer. - The working mode can automatically adjust direction to support multiple scenes and applications, improving automation versatility and reducing manual intervention. Key Benefits and Capabilities - Flexible control options: external buttons, external drivers, or UART commands for easy integration with existing systems. - Ready-to-use workflows: nine built-in programs reduce setup time and provide reliable operation for common tasks. - Real-time motor management: integrated controller and driver provide immediate control over motion state and direction. - User-friendly direction control: multiple input methods (button or potentiometer) and automatic direction changes for multi-scene applications. Compatibility and integration - Designed to work with external control interfaces via UART, external buttons, and other drivers, allowing seamless incorporation into a variety of setups and automation layouts. Use scenarios - Automated small conveyor or feeder system: cycles forward and backward with timing and speed control using the built-in work states, minimizing manual input. - Camera slider or motion platform: precise forward/reverse motion with optional delay and speed programming for smooth, repeatable shots. - Laboratory or workshop positioning: micro-positioning or cycling through positions using self-locking or loop modes to hold a position or repeat a sequence without continuous input. Notes - The device emphasizes function, compatibility, and real-time performance to support a variety of stepper motor applications without requiring additional control hardware.