Auto parts raw material warehouse automatic transfer, BYD ANS20 laser AGV landing sharing

In the process of raw material warehousing in the auto parts industry, the traditional manual transfer mode often faces problems such as high efficiency fluctuations, high labor costs, and wrong delivery and leakage of materials. In order to solve these pain points, many companies have begun to introduce intelligent logistics equipment. This sharing is the practical implementation of an auto parts raw material warehouse introducing ANS20 laser AGV to achieve automatic transfer.

Scene adaptation and planning in the early stage of landing

According to the actual situation of the shelf layout, channel width, material tray specifications of the auto parts raw material warehouse, the project team first completed a comprehensive evaluation of the storage environment. ANS20 laser AGV relies on laser navigation technology to accurately identify the characteristics of the surrounding environment, adjust the steering parameters for the narrow channel in the warehouse, and plan the optimal operation path. At the same time, according to the bearing requirements of different raw material pallets, match the corresponding transfer configuration to ensure the high degree of adaptation of equipment and storage scenarios, laying the foundation for subsequent stable operation.

Transshipment process optimization after landing

After the introduction of the ANS20 laser AGV, the warehouse management system is connected with the AGV dispatching system, and the transshipment process is optimized in an all-round way. In the warehousing process, after the raw materials arrive at the warehouse to complete the unloading, the system automatically issues the transshipment instruction. The AGV scans the code to confirm the material information at the designated location, and then accurately sends the raw materials to the corresponding shelf storage. In the outbound process, according to the demand for materials at the production end, the AGV undertakes the transshipment task in advance, and sends the required raw materials to the outbound port, seamlessly connecting the subsequent production links. The whole process does not require manual intervention, realizing the automation and standardization of raw material transshipment.

Benefits after landing

From the operating data point of view, the ANS20 laser AGV can achieve continuous operation around the clock, the single batch material transfer time is shortened by about 30% compared with the manual mode, and the average daily transfer volume is significantly improved; in terms of labor costs, the configuration of front-line transfer personnel is reduced, and long-term labor investment is reduced; in terms of material accuracy, through the system scan code verification mechanism, the material wrong delivery rate is reduced to a very low level, avoiding production stagnation caused by material errors. In addition, the running status data of the AGV can be uploaded to the management platform in real time, which is convenient for managers to monitor scheduling and further optimize warehousing operation strategies.

The implementation of the ANS20 laser AGV in the auto parts raw material warehouse has verified the suitability and practicality of the laser AGV in the auto parts storage scene, providing a reference direction for the intelligent upgrade of similar warehouses, and promoting the transformation of the auto parts raw material storage process to an efficient and accurate intelligent mode.