Stepper motor speed controller designed for industrial motion control that combines control logic and driver electronics in one compact module. Engineered to simplify system build and improve reliability while giving clear, real-time control over stepper motor performance. Key benefits and problem solving Fewer components, faster setup: Integrated controller and driver eliminate separate boards and extra wiring, reducing installation time and potential wiring errors. Precise, adaptable control: Multiple operation modes (automatic and manual) let you tune behavior for production runs, prototyping, or field adjustments without reprogramming hardware. Clear monitoring and quick adjustments: Built-in LCD shows operating parameters so you can confirm settings and troubleshoot on site without additional tools. Space and cost efficient: Consolidated design minimizes panel space and component count, lowering system cost and simplifying spare-part inventory. Core functions and attributes Function: Provides speed and motion control for stepper motors with driver circuitry included in a single module. Operation modes: Select automatic mode for program-driven control or manual mode for direct operator adjustments. User interface: Integrated LCD display presents key operating parameters and status for real-time monitoring. Design: Integrated module reduces installation complexity and control-system footprint; suitable for industrial environments where reliability and simple maintenance matter. Performance: Delivers consistent motor speed control and improved usability through immediate feedback on the LCD and selectable operating modes. Compatibility and installation Intended for use with stepper motor systems in industrial control applications. The integrated approach works where a combined controller/driver simplifies wiring and reduces hardware count. Compact integrated form factor makes it suitable for control panels, machine enclosures, or test benches where space is limited. Installation is simplified compared with separate-controller-plus-driver architectures; wiring and setup time are reduced. Practical use scenarios CNC and machine tools: Use the controller to manage axis speed and motion sequencing, reducing setup complexity for small- to medium-sized CNC machines. Automated assembly or positioning systems: Streamline conveyor indexing, pick-and-place timing, and repeatable positioning by selecting automatic or manual control as needed. Prototyping and lab testing: Quickly evaluate stepper motor behavior and tune performance with immediate feedback on the LCD without assembling multiple modules. What makes it stand out Integrated controller and driver in one unit reduces parts count and installation effort. Dual operation modes plus an on-board LCD provide flexibility for both automated production and hands-on testing. Designed for practical industrial use where reliability, simple maintenance, and clear operational visibility are priorities.