At present, numerical control is the key point of industrial development in the future and the inevitable trend of industrial development. With the continuous improvement of technology, the numerical control technology will be gradually popularized in the mold mechanical equipment.
The first generation of nc equipment innovation project is to popularize and apply digital control technology in all kinds of equipment, integrate and innovate a batch of nc equipment, realize the upgrading of equipment performance and function, and then promote the transformation and upgrading of equipment manufacturing industry. As early as the beginning of 2011, eight academicians put forward the proposal on the implementation of the "numerical control first-generation mechanical product innovation and application demonstration project", which was highly valued by the relevant departments of the state.
In the first half of 2012, "numerical control first-generation mechanical product innovation and application demonstration project" was released and implemented. In this context, the "CNC generation equipment innovation engineering action plan" was released soon. The development of CNC equipment manufacturing has been clear. In the past year of 2013, more and more attention has been paid to the trend of numerical control. In the future development of the industry, numerical control machinery is bound to be the most important aspect.
"Plan" shows, in order to achieve the goal, will focus on the organization and implementation of five actions: numerical control technology development and promotion service platform construction, numerical control technology development and industrialization, numerical control equipment integration innovation, numerical control equipment demonstration and promotion, numerical control equipment technical specifications and standard system construction. Among them, PLC, man-machine interface, control software, frequency converter, servo drive, energy-saving motor and other automation technology is taken as the key development object, will enjoy the rain of the policy.
Among them, the first step is to further improve the quality and reliability of universal programmable controller, man-machine interface device, integrated controller and software package.
Secondly, it is necessary to strengthen the professional software and hardware development combined with the typical manufacturing process in order to meet the needs of the development of numerical control equipment in the industry.
Focus on the development of various CNC devices need servo drive devices and motors, such as digital servo control system, network distributed servo system, such as servo drive devices, energy-saving motor and variable frequency motor.
The emphasis is on developing high power and high performance variable frequency speed regulation system, variable frequency speed regulation device for traction and variable frequency speed regulation device for special speed regulation.
Focusing on textile machinery, plastic and rubber processing machinery, small and medium-sized machine tools and basic manufacturing equipment, printing machinery, packaging machinery, food processing machinery, pharmaceutical machinery, high-efficiency energy-saving products, etc., to achieve integrated development of CNC.
The numerical control of equipment has become an important development trend, industrial developed countries attach great importance to the development of high-tech equipment, China's equipment manufacturing industry after more than a decade of development, the proportion of numerical control equipment in the domestic market has been increasing, has formed a strong innovation capacity, but also has a more solid foundation. The release and implementation of the plan will further promote the numerical control of equipment.
Luo baihui said that China's equipment manufacturing industry can achieve mold manufacturing, metal processing and other typical industries to achieve 70 percent of equipment numerical control rate by 2020. The development and promotion of numerical control equipment service capacity is significantly enhanced, and a large number of skilled personnel who can operate and maintain numerical control equipment are continuously cultivated. To realize the wide application of numerical control equipment, the production efficiency in key application areas will be increased by more than 20%, and the consumption of energy and resources will be reduced by more than 30%.
