Many industries have incorporated CNC processing into their manufacturing process. This is because the use of CNC machine tools can increase yield. Compared with manual operation, it also allows wider applications.

The operation of the CNC process is compared with the limitations of manual control, thereby replacing the limitations of manual processing. Manual control requires the on -site operator to use leverage, buttons and hand wheel prompts and guide processing tools. For bystanders, the CNC system may be similar to a set of conventional computer components, but the software program and console used in CNC processing distinguish it from all other forms of computing.

When the CNC system is activated, the required processing size is programmed into the software and specified to the corresponding tools and machines. They perform the specified size task, just like a robot.

In CNC programming, the code generator in the digital system is usually assumed that the mechanism is perfect. Although there is an error possibility, when the CNC machine is instructed to cut in multiple directions at the same time, this possibility will be greater. The placement of tools in the CNC system is an input summary of a series of inputs called part programs.

Use CNC machine tools to enter the program by punching cards. In contrast, the program of the CNC machine tool enters the computer through a small keyboard. CNC programming is retained in the memory of the computer. The code itself is written and edited by a programmer. Therefore, the CNC system provides a broader computing power. Z is important that the CNC system is by no means static, because the updated prompt can be added to the pre -existence program by modifying the code.