The research and development of agricultural machinery forgings is of great significance for leading the technological change of agricultural equipment. The following are some possible research and development innovation directions and technical areas of agricultural machinery forgings: Material innovation: The development of new materials, such as advanced alloy materials with high strength, high hardness, high wear resistance, high temperature oxidation resistance and other characteristics to improve the performance and life of agricultural machinery forgings. Structural optimization: Through the use of advanced design methods and simulation technology, the structure of agricultural machinery forgings is optimized to achieve a lighter, more energy efficient and more stable design. Surface treatment technology: The application of surface treatment technology, such as coating, spraying, heat treatment, etc., to improve the corrosion resistance, wear resistance, fatigue resistance and high temperature resistance of agricultural machinery forgings, extend the service life. Manufacturing process innovation: Research and development of advanced forging process, precision forming process, CNC processing technology, etc., to improve the manufacturing accuracy and production efficiency of agricultural machinery forgings. Intelligent and automation: Combining agricultural machinery forgings with intelligent technologies such as sensors and control systems to achieve automated operation and intelligent management of agricultural machinery and improve the efficiency and quality of farm operations. Green environmental protection: Pay attention to the green manufacturing and environmental protection performance of agricultural machinery forgings, and promote the technological change of low-carbon, energy saving and environmental protection agricultural equipment. Data and Internet of Things technology: The use of big data analysis, cloud computing and Internet of Things technology to achieve intelligent monitoring, remote control and maintenance management of agricultural machinery forgings to improve the reliability and availability of equipment. Through continuous R&D and innovation, leading the technological change of agricultural machinery forgings can improve the level of agricultural equipment, improve the efficiency and quality of agricultural production, and promote the sustainable development of agriculture.
