Computer gongs machining center is a highly automatic multi-functional CNC machine tool with tool magazine and automatic tool changing device. After the workpiece is clamped once in the machining center, it can complete a variety of processes for more than two surfaces, and has a variety of tool change or tool selection functions, so that the production efficiency is greatly improved.
The machining center can be divided into boring and milling and turning according to the machining process, and can be divided into three axis, four axis and five axis machining center according to the number of control axes
Computer gong: CNC machining center
Manufacturing technology of computer gong
Computer gong is a kind of artificial intelligence, which is controlled by computer to complete complex machining. The most complex part of the computer gong is the control system. The computer sends various instructions to control the three-axis servo motors of the machine table to cooperate with each other according to the established route, so as to process various complex processes and ensure high machining accuracy. At present, the most used systems in the market are farnac, Mitsubishi and Siemens, which occupy most of the market In addition, there are systems developed by manufacturers themselves, such as Rhodes in Germany, HAAs in the United States, and so on, which are representatives of independent research and development. But most manufacturers don’t have the energy to develop the system. They are more assembled with the system of nafnac and Mitsubishi. Domestic system manufacturers include Guangzhou CNC, Huazhong CNC, etc., but they are not mature and stable enough. They are rarely used on computer gongs, and are generally used in CNC lathes, CNC milling machines, etc.
The main component of the body is casting, which is also a major factor affecting the accuracy of computer gongs. It can even be said that the quality of casting determines the grade of machine tool and the stability of future use. What are the requirements for casting manufacturing, that is, no deformation and enough rigidity. No deformation refers to the actual processing process after leaving the factory, the accuracy of the machine tool remains good, deformation will affect the accuracy. The rigidity of the machine tool is enough to meet the needs of heavy chip processing. Foreign casting manufacturing is much more mature than domestic casting. Take Taiwan as an example. After being finished, machine castings such as Yongjin and Dali in Taiwan have to undergo aging treatment. Some of them are soaked in sea water for several years. After being exposed to the wind and rain of nature, the performance of castings tends to be stable. After being taken out for processing, the stability of machine tools made in this way is naturally better.
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