The manufacturing process for garbage trucks typically encompasses multiple stages: design and R&D, chassis selection, modification and fabrication, final assembly and commissioning, and final inspection prior to delivery. During the design phase, the vehicle structure, body capacity, operational method, and hydraulic system configuration are determined based on varying operational requirements; simultaneously, comprehensive technical drawings and manufacturing plans are formulated, establishing the foundation for subsequent production.
Following chassis selection, preparations for modification commence with the installation and integration of the specialized upper-structure systems onto a qualified commercial vehicle chassis. The process then proceeds to the body fabrication stage, where the waste container is constructed through steps involving steel plate cutting, welding and shaping, and anti-corrosion treatment. Concurrently, the hydraulic system, loading and unloading mechanisms, and electrical control systems are installed and wired to ensure effective coordination and seamless interaction among all components.
The complete vehicle then enters the final assembly, commissioning, and performance testing phase, during which the hydraulic operational functions, sealing integrity, lifting capacity, and safety devices undergo comprehensive testing to ensure stable and reliable operation. Finally, after undergoing road trials and rigorous factory inspections, only those vehicles that fully comply with relevant national technical standards and safety regulations are cleared for market release and operational use. The entire manufacturing process places a strong emphasis on structural rationality and system reliability to effectively meet operational demands across diverse environmental conditions.
