The development and application of new agricultural machinery forging technology is to improve the performance and efficiency of agricultural machinery, reduce energy consumption, reduce production costs and improve the stability and sustainability of agricultural production. The following are some of the main directions of research and development and application in this field: Material selection and process optimization: New agricultural machinery forging technology focuses on the selection and performance optimization of materials to improve the strength, wear resistance and corrosion resistance of forgings. At the same time, by optimizing the process parameters such as pressure, temperature and speed, the impact and fatigue life are improved to ensure the reliability of agricultural machinery under harsh working conditions. Advanced manufacturing technology: The introduction of advanced CNC forging equipment and automated production lines to achieve rapid and accurate manufacturing of agricultural machinery forgings. The use of digital design and simulation technology to optimize the product structure, improve the quality and accuracy of parts, and minimize the scrap rate. Precision forging technology: Precision forging technology can produce complex shapes of agricultural machinery forgings, such as gears, drive shafts, etc. By using advanced metal flow simulation and mold design analysis, the advantages of complex shape, high dimensional accuracy and good surface smoothness of agricultural machinery forgings are realized. Surface treatment technology: agricultural machinery forgings need to have good wear resistance and corrosion resistance during use. Therefore, the use of advanced surface treatment technology, such as coating, spraying and other processes, can improve the functionality and service life of forgings. Energy conservation and environmental protection: New agricultural forging technology aims to reduce energy consumption and environmental load. By optimizing the materials and processes, reduce the waste of materials and improve the efficiency of agricultural machinery forgings. At the same time, reduce emissions and waste generation, making the production of agricultural machinery forgings more environmentally sustainable. Through continuous research and development and application of new agricultural machinery forging technology, it can provide more efficient, reliable and environmentally friendly products for the agricultural machinery industry, and promote the modernization and sustainable development of agricultural production.
