With the continuous advancement of industrial technology and the expanding scale of industrial production, the manual grinding of valves has struggled to meet the growing production demands. Against this backdrop, the valve grinding machine has entered a significant historical phase of transitioning from manual operation to electrification. This transformation can be regarded as a major reform in the field of valve grinding, bringing new development opportunities to the entire industry. The birth of the electric valve grinding machine marks a breakthrough in valve grinding technology. The early electric grinding machines ingeniously used the motor as the core power source, transmitting the motor''''''''s rotational motion to the grinding parts through series of transmission devices, such as belts and gears, thus realizing the mechanization of the grinding process. This design abandoned the traditional manual grinding model that relied entirely on power, greatly reducing the labor intensity of workers. Take an early electric grinding machine as an example: the DYMZ1 electric valve grinding machine, although its motor is relatively small, it can already increase the grinding efficiency by several times compared to manual grinding. In terms of performance, the electric valve grinding machine has shown many advantages manual grinding cannot compare with. Take a recent electric grinding machine as an example: the DYMZ3 electric valve grinding machine, its grinding speed can be flexibly by adjusting the motor speed according to different valve materials and grinding requirements. For valve sealing surfaces with high hardness, the grinding speed can be increased to enhance the grinding effect while for some more precise and easily damaged valves, the grinding speed can be reduced to ensure the fineness and safety of the grinding process. Moreover, the electric grinding can maintain a relatively stable pressure during the grinding process, which significantly improves the grinding quality, making the flatness and gloss of the valve sealing surface more uniform and, effectively reducing the sealing problems caused by uneven grinding and greatly improving the sealing performance and service life of the valve. The emergence of high-performance electric valve grinding machines has a profound impact on the entire industrial valve maintenance industry. In the petrochemical industry, valve grinding maintenance used to require a large amount of manpower and time, but with the help of electric grinding machines, not only can the grinding work be completed quickly to ensure the continuous and stable operation of production equipment, but also the risk of interruption caused by valve failure can be reduced, improving production efficiency and creating greater economic benefits for enterprises. In the power industry, facing a large number of valves with different, the advantages of the electric grinding machine''''''''s efficiency and stability are fully utilized, ensuring the reliable power supply of the power system