Analysis of the Automated Guided Vehicle (AGV) Production Process
As core equipment in modern intelligent logistics systems, the AGV's production process integrates multidisciplinary technologies, including mechanical manufacturing, electronic control, and software integration. Strict adherence to standardized procedures ensures product reliability and intelligent capabilities.
Core component manufacturing is the primary step in the production process. The vehicle frame is typically constructed of aluminum alloy or high-strength steel, precision-machined using CNC machines and then welded together to ensure lightweight and robust structure. The drive module, consisting of a servo motor, reducer, and suspension system, must be assembled in a cleanroom and undergo dynamic balancing testing. The integration of sensor arrays (such as LiDAR, vision cameras, and inertial navigation units) must meet IP65 protection standards to withstand complex industrial environments.
Electrical and control system integration is a technology-intensive stage. The main control unit is developed based on an industrial-grade PLC or embedded system, with communication between modules via the CAN bus. The battery management system (BMS) must be compatible with the lithium battery pack, supporting fast charging and overload protection. The wiring harness adopts a modular design and is encapsulated within the vehicle body after undergoing voltage and insulation testing.
Software algorithm deployment empowers AGVs with autonomous decision-making capabilities. The navigation system requires on-site debugging of laser SLAM or QR code positioning algorithms, and the path planning module undergoes simulation testing to optimize efficiency. Safety logic (such as collision detection and emergency stop response) must be certified to ISO 3691-4 international standards.
During the final inspection and scenario adaptation phase, finished products undergo 72 hours of continuous operation testing, including verification in scenarios such as load ramping and multi-machine coordination. Finally, they are shipped after undergoing customized parameter calibration to ensure seamless integration with the warehouse management system (WMS).
This process, through refined management and technological innovation, ensures the superior efficiency, safety, and adaptability of automated guided vehicles, providing key support for intelligent manufacturing.
