Rivet‑welding processing is a comprehensive and widely‑adopted metal‑fabrication technology. It combines riveting and welding procedures to assemble scattered metal parts into finished workpieces through plate cutting, bending, assembly, rivet fastening and welding forming. It is extensively used for steel‑structure frames, equipment bases, engineering‑machinery components, storage tanks, mining‑equipment accessories and other products. The processing quality directly determines the load‑bearing performance, service life and safety factor of components. Full‑process workflow management and quality inspection are therefore essential.

Riveting and welding processing serves as a core process in the manufacturing of steel structures, mechanical frames, and equipment parts. It realizes the forming of metal components through the combination of riveting and welding processes, featuring firm structure, strong bearing capacity and wide adaptability. However, in actual production, affected by plate materials, operating techniques, tooling accuracy and welding parameters, process defects such as deformation, pores, cracks and loose riveting frequently occur, which compromise the accuracy and structural strength of components. Targeted process optimization is the key to improving the finished product quality of riveting and welding and reducing scrap rates.

As core equipment for agricultural production, agricultural machinery operates long-term in complex field environments characterized by heavy dust and high working loads, which easily leads to component wear, blockage, oil leakage and circuit failures. Proper daily maintenance and proactive fault prevention can effectively reduce equipment failure rates, extend service life, ensure efficient and stable operation during busy farming seasons, and avoid delays in cultivation and harvesting caused by equipment shutdown. It is an essential part of standardized agricultural machinery operation.