Firstly, improving the design and manufacturing quality of agricultural machinery is the fundamental way to enhance reliability. Manufacturing enterprises should adopt more advanced design concepts and high-quality raw materials, optimize mechanical structures, and enhance the durability of key components. For example, consider characteristics such as dust-proof, waterproof, and corrosion-resistant in design to adapt to the complex and changeable farmland working environment. At the same time, adopt advanced manufacturing processes and detection methods to ensure the accuracy and consistency of components, thereby improving the stability and service life of the whole machine.

　　Secondly, strengthening the quality supervision and standardization construction of agricultural machinery is also crucial. Relevant departments should improve the quality standard system of agricultural machinery, strictly implement product access systems, and strengthen the inspection and supervision of agricultural machinery products. By establishing unified industry standards and certification systems, promote agricultural machinery enterprises to improve product performance and reliability.

　　Thirdly, attaching importance to the daily maintenance and maintenance of agricultural machinery is an effective means to extend its service life and improve its reliability. Farmers and agricultural machinery operators should regularly inspect, lubricate, clean, and replace wearing parts. Agricultural extension departments should strengthen technical training for farmers, popularize scientific use and maintenance knowledge, and improve users' awareness and ability to maintain agricultural machinery.



In addition, the application of intelligent technology also provides new ideas for improving the reliability of agricultural machinery. By installing sensors and intelligent control systems on agricultural machinery, the operating status of the equipment can be monitored in real time, potential faults can be detected in advance, and early warning processing can be carried out. This not only effectively reduces the occurrence of sudden failures but also provides data support for later maintenance, achieving precise maintenance.



In summary, improving the reliability of agricultural machinery is a systematic project that requires comprehensive strategies from design and manufacturing, quality supervision, daily maintenance, and technical upgrades. Only by continuously enhancing the stability and durability of agricultural machinery can we better serve the development of modern agriculture and facilitate the smooth implementation of the rural revitalization strategy.