The most important feature of advanced manufacturing technology is a new technology with strong practicability for industrial applications. From the perspective of the development process of epoxy resin board manufacturing technology and its application in the entire manufacturing process, especially the goals and effects achieved, all reflect that this is an application in manufacturing which can practical technology that plays a major role. The development of advanced manufacturing technology is often an advanced and applicable manufacturing technology developed for the needs of a specific manufacturing industry (such as automobile manufacturing and electronics industry) with clear demand-oriented characteristics. Advanced manufacturing technology of epoxy resin borad is not aimed at pursuing high-tech technology, but to produce the best practical results to improve efficiency as the center, to improve enterprise competitiveness and promote national economic growth and comprehensive strength as the goal. The first level of epoxy resin borad is high-quality, efficient, low-consumption and clean basic manufacturing technology. Fundamental processes such as casting, forging, welding, heat treatment, surface protection and epoxy resin board processing are still widely used and economically applicable technologies. The high-quality, high-efficiency, low-consumption and clean basic manufacturing technology formed by optimizing these basic processes is the core and important part of advanced manufacturing technology. These basic technologies of epoxy resin borad mainly include precision blanking, precision plastic forming, precision casting, precision machining, precision measurement, roughening and toughening of the blank, precision processing, high-quality and efficient connection technology, functional protective coating and winter design-related basic technologies and various modern management technologies. The second level of epoxy resin borad is a new type of manufacturing cell technology. Driven by market demand and emerging industries, this is a new manufacturing technology formed by the combination of manufacturing technology with electronics, information, new materials, new energy, environmental science, system engineering, modern management and other high-tech technologies, such as manufacturing automation units. The third level of technology, extreme processing technology, quality and reliability technology, system management technology, CAD / CAM, cleaner production technology, new material molding processing technology, laser and high-density energy processing technology, process simulation and process design optimization technology. Epoxy resin borad is an advanced manufacturing integration technology.

This is formed by the application of information technology and system management technology through the network and database to the above two levels of technology integration, such as flexible manufacturing system (FMS), computer integrated manufacturing system (CIMS), intelligent manufacturing system (IMS) and virtual Manufacturing Technology. Advanced manufacturing technology is a combination of traditional manufacturing technology, information technology, automation technology and advanced management science. Epoxy resin borad is not a simple combination and accumulation of advanced technologies of independent disciplines, but a system established in accordance with the new production organization and management concept of epoxy boards. The purpose of this system is to ensure that the right information or materials flow to the right place in the right way at the right time, and the right people or equipment handle the information or materials correctly or make decisions to meet the user's requirements to the greatest extent. And get the largest market share and economic benefits. The advanced manufacturing system must realize its own advanced nature and ensure the correctness of air, people, things, information, processing and decision-making. Epoxy resin borad is inseparable from advanced information technology, automation technology and advanced management science. And science is used in manufacturing engineering to form an organic and complete system.