Design of an Efficient Machining Process System for Agricultural Machinery Parts Based on Numerical Control Technology
Abstract：To improve the processing efficiency and quality of agricultural machinery parts, an efficient machining process system based on numerical control technology was designed. This system comprehensively enhances the efficiency, precision, stability, and economy of the machining process through the optimization of machining process parameters, real-time monitoring and feedback mechanisms, and intelligent control technology. By introducing numerical control technology, the system can adjust machining parameters in real time, ensuring the maintenance of precision and stability during the machining process and effectively reducing machining errors. With intelligent feedback and control functions, the system can automatically correct machining processes that do not meet requirements, reduce human intervention, and lower production costs. Experimental results show that after applying this system, the machining accuracy of agricultural machinery parts has significantly improved, the stability of the production process has been enhanced, and the process cost has been greatly reduced. This study provides a theoretical basis and technical support for the development of intelligent production and efficient machining processes in the agricultural equipment manufacturing industry.
Keywords：Numerical Control TechnologyAgricultural MachineryProcess System
Publication Date：2025-03-25
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：3( 32-34 )