The high efficiency of the machining center CNC system is mainly reflected in the following aspects:

1. High degree of automation: The CNC system of the machining center can realize functions such as automatic tool changing, automatic clamping, and automatic measurement, thus significantly reducing manual intervention. This high degree of automation not only improves the consistency and stability of processing, but also greatly reduces downtime during processing, thereby improving overall production efficiency.

2. High processing accuracy: The CNC system adopts a digital control system, which can achieve high-precision processing and ensure the dimensional accuracy and surface quality requirements of the processed parts. This high-precision machining reduces rework or scrap caused by substandard quality, thereby improving production efficiency and product quality.

3. Versatility: The CNC system of the machining center can implement a variety of processing techniques such as milling, drilling, tapping, chamfering, etc., and is suitable for processing workpieces of various complex shapes. This versatility enables one machine tool to complete a variety of processing tasks, improving machine tool utilization and production efficiency.

4. Strong flexibility: The CNC system can control the processing process through programming and has high flexibility and adaptability. This means that the processing technology and parameters can be quickly adjusted according to different processing needs, thereby quickly responding to market demand and production changes.

In order to improve the efficiency of the CNC system, the following measures can also be taken:

1. Optimize the process route: Optimize the process route to reduce unnecessary processing steps and operations; optimize the processing sequence, reasonably arrange the processing sequence according to the shape and processing requirements of the workpiece, and reduce the number of tool changes and moving distance; optimize the cutting parameters, According to the material properties, tool performance and processing requirements, parameters such as cutting speed, feed amount and cutting depth should be reasonably selected to improve processing efficiency and quality.

2. Select high-performance equipment: Selecting high-performance CNC systems and machine tools, as well as high-quality tools and fixtures, can improve processing accuracy and efficiency, and reduce failure rates and downtime.

3. Apply new technologies: With the continuous development of technology, new processing technologies and methods are constantly emerging. By applying new technologies, such as laser processing, ultrasonic processing, etc., processing efficiency and quality can be further improved.

To sum up, the high efficiency of the machining center CNC system stems from its high degree of automation, high precision, versatility, flexibility and intelligent detection and identification technology. By optimizing process routes, selecting high-performance equipment and applying new technologies, the efficiency of CNC systems can be further improved.