Methodology for Selecting Components While Fabricating CNC Milling Machine for Small Range Industry

The rapid increase in technology has significantly increased the use and utilization of CNC systems in the industry, but at a considerable cost. The idea of manufacturing a numerically controlled milling machine has emerged as a solution to reduce the cost and complexity of numerically controlled systems. This article discusses the development of low-cost CNC milling components capable of simultaneous three-axis interpolation. Lower cost is achieved by using the features of a standard PC interface with a microcontroller-based CNC system in an Arduino-based integrated system. The system also has a stand-alone G-code analyzer, which is then interpreted on a microcontroller with USB. The system uses improved procedures to reduce IT costs associated with managing a 3-axis CNC machine, while avoiding any loss of overall system performance.