The machine tool structure of the CNC processing center is an important factor affecting the quality and efficiency of processing. Generally speaking, the CNC processing center has different structures such as three -axis, four -axis, five -axis, and six -axis. Among them, the three -axis structure is the basic structure that is used for processing plane and curved parts; After the rotating shaft, the spiral surface and thread can be processed; the five -axis structure increases the tilt shaft on the basis of the four -axis, which can process the three -dimensional complex curved parts; Very complicated parts.
In addition, rigidity and stability of machine tools are also an important factor affecting the quality and efficiency of processing. Therefore, the structure of the machine must ensure the balance and reduce vibration as much as possible.
CNC system
CNC system is the core component of the CNC machining center. It is responsible for analyzing processing procedures, generating control instructions, controlling the axis servo system and tool system. CNC systems should have the characteristics of high -speed, high accuracy and stability. The current commonly used CNC systems include Siemens, Famano, Mitsubishi and Heidehan.
In addition, the CNC system also supports various programming languages and formats, including ISO, G code, APT, and CAM. Different programming languages are suitable for different processing application scenarios, and operators need to choose according to the actual situation.
Programming language
The programming language is one of the key technologies of the CNC processing center, which determines the complexity and accuracy of the processing program. Commonly used programming languages include ISO basic instructions, G code, and APT language.
In short, the core technologies of the CNC processing center include machine tool structure, CNC system, programming language, tool technology and processing process control. The operators need to comprehensively master these technologies and continue to learn and practice to improve the processing and practice of the CNC processing center Efficiency and workpiece quality.
