The future development trend of the manufacturing industry is precision manufacturing

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This post was last edited by kevin_jia on 2022-4-13 09:21. Since the 1990s, how to develop new products of high quality, with a good performance-to-price ratio and that are easily accepted by users, in the shortest possible time has become a focus of competition in the market. It is predicted that the development goals of current manufacturing technologies are to strengthen the product development and manufacturing capabilities based on independent innovation, enhance cooperation among enterprises, shorten the time it takes to bring products to market, improve product quality and production efficiency, and thereby boost enterprises’ ability to respond to market demands and their overall competitiveness. As a result, manufacturing technologies are evolving rapidly; following computer-integrated manufacturing technology, concepts such as concurrent engineering, lean manufacturing, intelligent manufacturing, agile manufacturing, and rapid prototyping have emerged. For example, the United States achieved the \"three threes\" in the 1990s, namely a product lifecycle of three years ； The prototype development cycle is three months ； The design cycle is three weeks. The main trend in the development of the manufacturing industry in the future is its progression toward precision manufacturing. Future precision manufacturing will not only feature high precision but also characteristics such as flexibility, intelligence, integration, globalization, networking, and virtualization. Manufacturing technology is advancing at a rapid pace toward greater precision. Over the past two decades, the machinery manufacturing industry has been developing swiftly in the fields of precision machining and ultra-precision machining. In the future, these techniques will become key factors for success in both international and domestic competition. The development of modern manufacturing is aimed at improving processing precision, primarily because it enhances the performance and quality of products ； Improve the stability of its quality and the reliability of its performance, promote the miniaturization and enhanced functionality of the products, ensure good interchangeability of components, increase the efficiency of product assembly and debugging, and advance the automation of manufacturing and assembly. The precision manufacturing industry mainly falls into two areas: precision and ultra-precision machining technologies, and manufacturing automation. The former aims to achieve the highest levels of accuracy and surface quality in machining, while the latter encompasses the automation of product design, manufacturing, and management. It not only serves as an important means to respond quickly to market demands, increase productivity, and improve working conditions, but it is also an effective way to ensure product quality. These two areas are closely related; many precision and ultra-precision machining processes rely on automation technologies to meet desired standards, whereas a significant amount of manufacturing automation depends on precision machining to be carried out accurately and reliably. Both play a global and decisive role, serving as the pillars of advanced manufacturing technologies. With the development of the manufacturing industry, precision machining is now evolving from micron and sub-micron level processes. In future machining, the precision levels of conventional machining, precision machining, and ultra-precision machining will reach 1 Um, 0.01 Um, and 0.001 Um respectively. Moreover, precision machining is moving toward atomic-level precision. As these limits of precision continue to improve, it creates conditions for the development and progress of science and technology, while also providing excellent tools for mechanical cold processing, thereby enabling rapid advancement in mechanical manufacturing technology in terms of both precision and productivity. In terms of improving productivity, increasing automation is the direction that countries strive to pursue. In recent years, there has been rapid development from CNC to CIMS, which has been applied to a certain extent. In terms of improving precision, the development has moved from precision machining to ultra-precision machining, and this is also the direction that the major developed countries around the world are striving to pursue. New forms of global organization in the manufacturing sector will replace traditional approaches. As manufacturing technologies continue to evolve, the organizational structure of the precision machining industry will also undergo dramatic changes in the future. There are two traditional approaches to globalization: the first is to use the home country as a production base and sell products to other places** ； The second approach is to invest overseas to establish manufacturing facilities, produce products there, and sell them in the host country or other locations. Its feature is that it owns its own manufacturing facilities and technology, with all products being manufactured by itself ； In terms of resource utilization, it is limited to using the host country’s raw materials, personnel, or funds, etc. With the information technology revolution and fundamental changes in management concepts and methodologies, the structure of corporate organizations has also changed. These changes are currently evident primarily in multinational companies, and they will continue to develop rapidly as part of a new form of globalization. The main characteristics of these changes are the widespread use of production facilities and technological resources in other countries; this allows companies to produce final products without having to own the production facilities or manufacturing technologies themselves, followed by global sales. Manufacturing companies establish networks for processing components on a global scale, taking responsibility for the final assembly and marketing of products. The allocation of raw materials and the procurement of components will become key trends in the globalization of the world’s machinery manufacturing industry. Furthermore, modern mergers and acquisitions no longer focus solely on countering competition; rather, forming partnerships between strong companies to gain a competitive advantage has become the main approach, which is a key characteristic of large high-end manufacturing enterprises as they seek new opportunities for survival and development in a globalized world. An increasingly saturated market, fierce competition, and rising risks associated with investing in new factories have forced more companies to turn to mergers and acquisitions in order to find new opportunities for growth. On the premise of building factories independently, optimize the company’s product portfolio in order to enhance production capacity, expand market share, and achieve economies of scale. Industries based on high technology face threats from technological innovation, prompting multinational companies to unite in order to develop strong capabilities in technological innovation. Strategic mergers and acquisitions among large enterprises in the machinery manufacturing industry will lead to a reallocation of resources in this sector, gradually shifting the competitive landscape of the global machinery industry toward one based on cooperation. Deshuo Technology, an expert in precise control of viscous fluids. Deshuo Technology is a high-tech enterprise focused on the research and development as well as production of core components for precise fluid metering and delivery, as well as adhesive dispensing system solutions. The company’s products offer unique advantages in areas such as precise metering, dispensing, emptying, mixing, conveying, filling, bottling, and coating of viscous media. Since its establishment, the company has focused on the research, development, and testing of various high-precision fluid metering, component, and delivery products, achieving breakthroughs in certain key components to provide customers with the highest quality solutions. The main products offered by Deshuo Technology Company include various types of precision pumps, such as precision screw pumps and precision pneumatic metering pumps, as well as various fluid feeding devices, precision component systems, mixing systems, defoaming systems, and complete adhesive application system solutions. The company has a professional R&D team that drives and supports the rapid development of glue dispensing and precision fluid delivery system products. Since its establishment, the company has gathered renowned professionals from the industry and, leveraging its expertise in research and development of core components, provides customers with comprehensive solutions for precise fluid transfer as well as turnkey projects. The products are widely used in industries such as photovoltaic solar energy, electronics, automotive, new energy, cosmetics, biology, pharmaceuticals, machinery, home appliances, food, and materials. Deshuo Technology is willing to work closely with people from all sectors of society, actively participating in and contributing to the development of humanity’s precision manufacturing industry.