A 3-axis CNC control system is an automated machine tool control solution designed to manage motion and machining operations along three linear axes—typically X, Y, and Z. This configuration enables the precise positioning and movement of cutting tools relative to a workpiece, facilitating the production of complex geometries with high accuracy and repeatability. The CNC control unit interprets programmed instructions, commonly written in G-code, to coordinate the simultaneous movement of all three axes, allowing for intricate milling, drilling, and contouring operations. The system integrates a computerized numerical control kernel responsible for decoding, interpolating, and executing motion commands, while also managing auxiliary functions such as spindle control, coolant activation, and tool changes. 3-axis CNC systems typically employ closed-loop control, utilizing servo motors and feedback devices like encoders to continuously monitor and adjust the actual position of each axis, ensuring minimal deviation from the programmed path. This feedback mechanism enhances precision, compensates for potential errors, and maintains consistent machining quality. The control system interfaces with the machine’s drives and motors via a fieldbus, enabling real-time, deterministic communication for synchronized axis movement. Suitable for a wide range of industrial applications, including milling, routing, and engraving, 3-axis CNC controls are valued for their versatility, efficiency, and ability to automate complex machining tasks with minimal operator intervention.