AGV (Automated Guided Vehicle) is a highly automated transport device designed for industrial automation needs to improve the productivity of traditional manufacturing. It has flexible navigation capabilities and multifunctional scalability, and can achieve efficient material handling in complex production environments. Through advanced sensor technology and central control systems, AGV can accurately navigate, avoid obstacles, and perform tasks, thereby reducing manpower input, improving production efficiency, and realizing intelligent manufacturing.

Core features:

• Flexible navigation system: AGV is equipped with advanced sensors and navigation systems, which can move freely in the factory workshop and reach the designated location accurately.

• Multifunctional modular design: AGV can be equipped with lifting pallets, linear fixtures, towing components and other modules to meet different operational requirements, such as handling, sorting, assembly, etc.

• Central control integration: Through the central control system, multiple AGVs can be monitored and dispatched in real time to collaboratively complete complex production tasks.

• Automatic charging and maintenance: The AGV has an automatic charging function, ensuring that it can autonomously return to the charging station when the battery is low, ensuring the continuity of production.

Technical Specifications:

• Rated load: Customizable, up to 50 kg or more according to customer needs

• Navigation mode: Laser navigation/visual navigation

• Battery type: Lithium battery, supports fast charging

• Communication method: Wi-Fi/4G/5G/NB-IOT

• Application scenarios: Applicable to wine production, precision processing, warehousing and logistics, electronic manufacturing and other fields.

Application examples:

(1) Traditional liquor production plant: In traditional liquor production plants, AGVs are responsible for the key material transportation tasks from the production line to the packaging stage. The AGVs first sort the liquor coming off the production line, and then send it to the new automatic optical inspection equipment for quality inspection and code recognition. Bottles that pass the quality inspection will be automatically transported to the packaging area for boxing. This application not only improves the efficiency of sorting and quality inspection, but also greatly reduces manual operation errors, saving a lot of labor costs for the company.

(2) Precision machining parts production plant: In the field of precision machining, AGVs are used for quality control and logistics transportation of high-precision parts. The finished precision parts are automatically sent to the optical inspection equipment by the AGV for strict defect inspection. Qualified parts are transported to the packaging line for laser marking and packaging, and unqualified parts are accurately sent to the waste area for centralized processing. Through this process, the factory has achieved fully automated management of the production process, effectively improving product quality and production efficiency.