CNC Motion Controller | 4-Axis Board with 2.4 Touch Screen | DIY Laser Engraver & Router Upgrade

Upgrade your CNC or laser engraving setup with the GRBL controller motion card and TFT24 touch screen display, a complete 4-axis control solution offering precise motion control and intuitive operation. This combination delivers reliable performance for demanding DIY projects and professional applications, providing excellent value through its robust feature set and user-friendly interface. Features and Benefits - 4-Axis GRBL Motion Control Card - Enables simultaneous control of four stepper motors for complex 3D carving, milling, and engraving tasks with smooth, coordinated movement. - 24V/5A High-Current Driver Outputs - Provides stable and powerful drive for NEMA 17, 23, and 24 stepper motors, ensuring consistent torque and preventing missed steps. - 3.5-Inch TFT Touch Screen Display - Offers a clear, responsive interface for standalone operation without a PC, allowing for easy file selection, job control, and real-time monitoring. - Offline Controller Capability - Store and run G-code files directly from a microSD card, freeing up your computer and increasing workshop flexibility. - Robust Aluminum Enclosure - Protects the internal electronics from dust and debris, ensuring long-term reliability in workshop environments. - Compatible with Standard GRBL Software - Works seamlessly with popular CNC control software like Candle, LaserGRBL, and Universal Gcode Sender for easy integration. Applications - DIY CNC Router Construction - The ideal control brain for building or upgrading a homemade CNC router for woodworking, sign making, or prototyping. - Laser Engraving and Cutting Systems - Provides precise control for CO2 or diode laser modules to engrave wood, acrylic, leather, and cut thin materials. - Small-Scale PCB Milling - Enables accurate isolation routing and drilling for creating custom circuit boards in electronics workshops. - Educational and Hobbyist Projects - A reliable and accessible system for learning CNC principles, robotics, and automated fabrication.