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In the mechanical manufacturing industry, forging production is a crucial processing method widely used to manufacture various important mechanical parts, including undercarriage components such as track carrier rollers, compaction rollers for excavators, and mini excavator bottom rollers. These components are essential for the stability and performance of heavy machinery like excavators and bulldozers. However, the forging production process is also accompanied by numerous hazardous factors. These hazards not only threaten the lives of workers but also affect production efficiency and product quality. Therefore, understanding and controlling the hazardous factors in forging production is of vital importance. This article will provide a detailed introduction to the hazards and control methods in forging production, aiming to enhance production safety and efficiency.

In the field of engineering machinery, undercarriage components (four wheels and one belt) are crucial parts of the equipment, and their quality and performance directly affect the stability and reliability of the entire machine. Forging processes, as an important means of manufacturing high-performance undercarriage components, play an irreplaceable role in enhancing product quality and service life. This article will provide a detailed introduction to the forging processes for engineering machinery undercarriage components (four wheels and one belt), showcasing UCP’s technical capabilities and professional strengths in this area.