From the perspective of technological complementarity, welding techniques such as vacuum brazing, friction stir welding, and electron beam welding each have their unique strengths and can meet the diverse needs of different industries and products. Vacuum brazing is suitable for welding precision components that demand extremely high precision and surface quality and where the materials are sensitive to the environment. AMTD has achieved remarkable results in welding precision electronic components using this technology, producing products with exceptional precision and superior surface quality, effectively enhancing the performance and stability of electronic components. Friction stir welding holds advantages in the manufacturing of large flat-panel structures and products with high environmental protection requirements.
AMTD actively introduced friction stir welding technology for the production of large flat-panel structural components in rail transit vehicles, not only meeting environmental protection standards but also improving the welding quality and production efficiency of the components. Electron beam welding excels in welding thick plates and situations requiring high-precision joint quality. AMTD successfully completed the welding of large thick-walled metal structural components using electron beam welding technology, achieving excellent joint quality and meeting the stringent requirements of high-end equipment manufacturing.
In terms of the development trends in the manufacturing industry, intelligent manufacturing and green manufacturing are the main directions for the future. These welding technologies have taken various measures to adapt to these new trends. For example, vacuum brazing and electron beam welding have improved the automation level of the welding process by integrating with automated control technology, enabling intelligent manufacturing. AMTD has actively explored this area by deeply integrating advanced automated control systems with vacuum brazing and electron beam welding equipment, achieving precise control and efficient operation of the welding process, significantly enhancing the level of production intelligence.
Friction stir welding plays an important role in green manufacturing due to its environmental protection characteristics. AMTD has vigorously promoted friction stir welding technology in its production processes, reducing pollution caused by traditional welding methods and providing strong support for the company's green manufacturing transformation.
From the perspective of industrial upgrading, the development and application of various welding technologies have driven the upgrading and transformation of the manufacturing industry. They have improved product quality and performance, reduced production costs, and enhanced the market competitiveness of enterprises. By comprehensively utilizing various advanced welding technologies such as vacuum brazing, friction stir welding, and electron beam welding, AMTD has optimized its product production processes, improved product quality and performance, and reduced energy consumption and material waste during production, effectively lowering production costs and standing out in market competition. Meanwhile, these technologies have also promoted the development of related industrial chains, such as welding equipment manufacturing, welding material production, and welding process research and development. While developing itself, AMTD has actively collaborated with welding equipment manufacturers, welding material suppliers, and research institutions to jointly promote the research, development, and innovation of welding equipment, materials, and processes, injecting new vitality into the development of related industrial chains.
However, to fully leverage the advantages of these welding technologies, some common issues need to be addressed, such as investment in technological research and development, cultivation of professional talents, and formulation of welding standards. AMTD is well aware of the importance of these issues and has continuously increased its investment in technological research and development, establishing a professional R&D team dedicated to the innovation and improvement of welding technologies. At the same time, the company has actively launched talent cultivation programs and collaborated with universities and vocational colleges to train a group of professional talents who not only understand welding technologies but also possess practical operational skills. In addition, AMTD has actively participated in the formulation of industry welding standards, contributing to the standardized development of welding technologies.
Furthermore, with the continuous emergence of new materials and new structures, welding technologies also need to be continuously innovated and improved to meet the new demands of manufacturing industry development. AMTD keeps a close eye on industry dynamics, follows technological development trends, and continuously explores new welding methods and processes to address the challenges posed by new materials and new structures, providing strong technical support for the sustainable development of the manufacturing industry.
