Japan has a number of advanced technologies in the field of agricultural machinery forgings, and the following are some common technologies: Material selection and heat treatment technology: Japanese enterprises are widely used in agricultural machinery forgings with high strength, corrosion resistance and wear resistance of special alloy steel materials to ensure that parts have excellent performance in harsh environments. In addition, they also use advanced heat treatment processes, such as quenching, tempering, etc., to improve the hardness, strength and durability of the material. Numerical Control machining technology: Japanese enterprises widely use advanced Computer Numerical Control machine tools in the processing of agricultural machinery forgings. These machines can achieve high-speed, high-precision parts processing through precise programming and control, improving production efficiency and product quality. Mold design and manufacturing technology: Japanese enterprises have advanced mold design and manufacturing technology in the field of agricultural machinery forgings. By utilizing computer-aided design and simulation technology, they can accurately design and manufacture complex shapes of agricultural machinery forging dies, improving production efficiency and product quality. Precision forging technology: Japanese enterprises widely use precision forging technology in agricultural machinery forgings, such as cold forging, warm forging and plasma forging. These technologies can improve the hardness and strength of parts while maintaining high dimensional accuracy, and reduce post-machining finishing procedures. Plate cutting and welding technology: Japanese enterprises use advanced plate cutting and welding technology in the production of agricultural machinery forgings, such as laser cutting, plasma cutting and laser welding. These technologies enable accurate and efficient plate processing and welding, improving product quality and production efficiency. In general, Japan has a number of advanced technologies in the field of agricultural machinery forgings, and the application of these technologies makes agricultural machinery forgings more durable, accurate, and can meet the needs of different agricultural environments.
