THE EVOLUTION OF CNC MILLING AND ITS INTEGRATION WITH C++ PROGRAMMING: A PRACTICAL PERSPECTIVE ON PRECISION MANUFACTURING

Resumen

This article explores the convergence of CNC (Computer Numerical Control) milling and C++ programming, offering a practical analysis of how their integration enhances precision, adaptability, and efficiency in modern manufacturing. Emphasizing the perspective of a CAN (Controller Area Network) programmer and CNC operator, the discussion covers the limitations of traditional G-code-based machining and the advantages brought by embedded C++ logic for real-time control, sensor integration, and intelligent automation. Examples such as multi-axis adaptive machining and CAN-based communication systems illustrate the tangible benefits of this integration, including reduced cycle times, improved surface quality, and increased tool life. The study highlights the growing need for hybrid professionals skilled in both mechanical operations and programming to support the demands of Industry 4.0 and future-ready manufacturing systems.