The technological level and modernization degree of equipment industry of Dongguan numerical control processing plant determine the level and modernization degree of the whole national economy. Numerical control technology and equipment are the enabling technology and the most basic equipment for the development of emerging high-tech industries and cutting-edge industries (such as information technology and its industry, biotechnology and its industry, aviation, aerospace and other national defense industries). Marx once said that "the difference between various economic times lies not in what to produce, but in how to produce and with what means of labor to produce.". Manufacturing technology and equipment are the most basic means of production of human production activities, and CNC technology is the most core technology of today's advanced manufacturing technology and equipment. Nowadays, CNC technology is widely used in the manufacturing industry all over the world to improve the manufacturing capacity and level, and improve the adaptability and competitiveness to the dynamic and changeable market. In addition, the world's industrial developed countries have also listed CNC technology and CNC equipment as national strategic materials. They not only take major measures to develop their own CNC technology and industry, but also implement blockade and restriction policies on China's "high-end" CNC key technology and equipment. In a word, it has become an important way for developed countries in the world to speed up their economic development and improve their comprehensive national strength and national status to vigorously develop advanced manufacturing technology with numerical control technology as the core.
The numerical control technology of Dongguan numerical control processing plant is the technology that uses digital information to control the mechanical movement and working process. The numerical control equipment is the mechatronics product formed by the penetration of the new technology represented by numerical control technology into the traditional manufacturing industry and emerging manufacturing industry
(1) Mechanical manufacturing technology;
(2) Information processing, processing and transmission technology;
(3) Automatic control technology;
(4) Servo drive technology;
(5) Sensor technology;
(6) Software technology, etc.