The exploration of the research and development frontier of agricultural machinery forgings technology needs to be carried out from the following aspects: Material innovation: by introducing new materials, such as composite materials, high-strength alloys, etc., to improve the performance and reliability of agricultural machinery forgings. Research and development of new materials can enhance the loss resistance, corrosion resistance and high temperature performance of agricultural machinery forgings, and further improve their service life and ability to adapt to complex environments. Manufacturing process improvement: For the manufacturing process of agricultural machinery forgings, explore new process methods and technologies, such as precision forging, CNC machining, laser melting forming, etc. The application of these technologies can improve the processing accuracy, surface quality and production efficiency of products, and meet the requirements of agricultural equipment for high precision and high strength. Structural optimization: Through structural simulation analysis and optimization design, improve the structure layout and shape of agricultural machinery forgings to achieve lightweight and energy saving. The optimized structure can reduce the dead weight of agricultural machinery forgings, reduce energy consumption and emissions, and improve the comprehensive performance and efficiency of agricultural machinery equipment. Intelligence and automation: Leading the development of agricultural equipment requires the application of intelligent and automated technology to agricultural machinery forgings to achieve intelligent control, adaptive operation and data management of equipment. For example, sensors and control systems are added to achieve remote monitoring and automatic adjustment of agricultural machinery forgings, improving operational efficiency and accuracy. Environmentally friendly: Focus on reducing the negative impact on the environment during the research and development process, and develop environmentally friendly agricultural machinery forgings. For example, environmentally friendly coatings, surface treatment and green manufacturing processes are used to reduce VOCs emissions and wastewater treatment costs, reducing pollution to water sources and soil. Research and development of cutting-edge technologies can lead the development of agricultural equipment and improve the performance and sustainability of agricultural machinery forgings. It can not only meet the needs of agricultural development, but also promote the efficient, intelligent and environmentally friendly development of agricultural equipment. At the same time, we will cooperate with relevant enterprises, research institutions, universities, etc., establish innovation platforms and joint laboratories, strengthen technical exchanges and cooperation, and promote the exploration and application of the cutting-edge research and development of agricultural machinery forgings technology.
