According to data from the National Bureau of Statistics, the added value of high-tech manufacturing above designated size increased by 10.0% year-on-year in July, with a growth rate 1.2 percentage points faster than June and 4.9 percentage points higher than all industries above designated size. Since the beginning of this year, the growth rate has continued to be higher than all industries above designated size. The high-tech manufacturing industry maintains a good development momentum and further enhances its leading and driving role, which is the result of the continuous strengthening of the comprehensive integration and supporting capabilities of the industry, and the progress of industrial development from quantitative change to qualitative change. The high-tech manufacturing industry is improving quality and efficiency, with good basic conditions and great development potential. It is promising now and has a promising future. High gold content is one of the typical characteristics of high-tech manufacturing industry, which is mainly reflected in two aspects: technology integration application and product market competitiveness. A batch of original technologies are accelerating industrialization, promoting overall optimization of production lines, and accelerating the upgrading of traditional industries. The final product is essentially an integration of various advanced elements with high added value. There are two factors driving industrial development, with the underlying logic being the widespread application of advanced technology in the production process, significantly improving production efficiency and product quality, thereby increasing product added value and forming strong competitiveness in the sales niche market. This process repeats itself, laying a solid foundation for the steady and rapid development of high-tech manufacturing industry. Behind the rapid development of high-tech manufacturing industry is the deep integration of innovation chain, industry chain, capital chain, talent chain. The model of integrating innovation chain, industry chain, capital chain has become relatively mature, and the multiplier effect on enterprise development after integration is also very obvious. The integration of the current talent chain with the first three chains still needs further exploration in terms of path and mode. Many strong business entities have already made beneficial attempts in this regard, training talents in frontline production workshops, and gradually clarifying the path of cultivating talents through R&D resource sharing, resulting in more obvious positive effects. The deep integration of the "four chains" provides strong support for the rapid development of high-tech manufacturing industry. Currently, the high-tech manufacturing industry has great potential for development from front-end research and development to mid-range production, and then to market development for end of pipe products. On the R&D side, the rapid development of the industry has stimulated innovation resources to accelerate their influx into segmented industries. The maturity of innovation models and the improvement of supporting facilities have accelerated the industrialization process of scientific research results, and the integration between more high-level laboratories and industrial development has become closer. On the production side, digital technology is widely applied in the production process, and the level of high-end, intelligent, and green production processes is deepening. Against the backdrop of a new round of technological revolution and industrial transformation, the transformation of production processes and techniques by new technologies will also increase, and the refinement level of the entire production process will steadily improve. On the sales side, personalized demands have given rise to new distribution models, and the improvement of product added value is closely related to the service level after sales, thereby driving the rapid development of supporting productive service industries. The continuous release of development potential in high-tech manufacturing industry plays an important driving role in the transformation and upgrading of the entire industry. At present, the development of the real economy has reached a stage of steady growth in total scale and continuous improvement in technological strength. The high-tech manufacturing industry maintains a fast growth momentum, which is not only conducive to solidly improving the industry's added value and accumulating total volume, but also able to attract more high-quality factors to accelerate the convergence into the high-tech manufacturing field and accelerate the formation of new quality productivity. From the perspective of industrial development laws, if the scale and total amount of new driving forces cannot be expanded in a timely manner, it is often easy to "wake up early and catch up late". The development of high-tech manufacturing industry is taking shape, and the cultivation of new driving forces is supported by strong industrial carriers. The acceleration of growth rate is an inevitable result. A key to achieving high-quality development of high-tech industries is to handle the relationship between the government and the market well, give full play to the decisive role of the market in resource allocation, better leverage the role of the government, and promote effective coordination and mutual efforts between industrial policies and competition policies. The way of support should conform to the laws of industrial growth, and the focus of support should be on encouraging research and development innovation. At the same time, we will focus on developing high-tech industries according to local conditions, scientifically plan and steadily promote the construction of advanced manufacturing industry clusters. Specifically, focusing on improving the modernization level of the industrial and supply chains, we will do a good job in sharing and utilizing R&D infrastructure within the region, and give full play to the demonstration and driving effect of high-level laboratories in R&D output. Build a unified large market and promote the formation of a situation where factors flow freely according to the allocation rules. Create a pattern of benign interaction and orderly competition between upstream and downstream in accordance with the collaborative mode of industrial chain and supply chain. Give full play to the leading and driving role of standards and norms in promoting technological progress in the industry, and optimize the implementation of industrial policies. Implement the Fair Competition Review Regulations in a practical and detailed manner, and leverage the positive role of policies in regulating market order and promoting fair competition. Make relevant layout plans, avoid homogeneous development of industries, and promote the formation of a long-term mechanism for laying out specific industries according to the upstream and downstream positions of the industrial chain and supply chain. (New Society)