AGV (Automated Guided Vehicle) applications have covered multiple fields including manufacturing, logistics, and healthcare, focusing on three core needs: material handling, sorting and distribution, and inventory management. The following are the segmented scenarios:

 

Core Scenarios in Manufacturing

– Production Line Material Distribution: Precise transfer of parts and semi-finished products between workstations in automobile/electronics factories, adapting to mixed-model production.

– Machine Tool Loading and Unloading: Automatic picking and placing of work pieces in machining workshops, reducing manual waiting time.

– Finished Product Warehousing: Direct transfer of finished products from the production line to warehouse shelves, achieving seamless connection between production line and warehousing.

– Mold/Heavy Equipment Handling: Safe transfer of large molds and castings in heavy industry, avoiding risks of manual operation.

 

 

Warehousing/Logistics Scenarios

– Goods-to-Person Sorting: AGVs in e-commerce/courier warehouses transport shelves to sorters, improving picking efficiency.

– Cross-Area Transfer: Allocation of goods between different warehouse areas and functional zones of logistics centers, supporting 24/7 continuous operation.

– Reverse Logistics: Sorting of returned goods in e-commerce return warehouses and re-warehousing transfer after re-inspection.

– Cold Chain Transfer: Handling of temperature-controlled materials such as frozen food and vaccines in cold storage

 

 

 

 

Medical/Pharmaceutical Scenarios

– Hospital Material Distribution: Aseptic transfer of operating room instruments, medicines, test samples, and medical records, reducing cross-infection among personnel.

– Pharmaceutical Workshop Handling: Closed transfer of pharmaceutical raw materials and intermediates in GMP-compliant workshops, meeting regulatory requirements for pharmaceutical production.

– Laboratory Sample Transfer: Safe transfer of precision instruments and experimental samples in universities/research institutions, avoiding collision damage.

 

 

 

                                                                                                                                 Special/Niche Scenarios

– Hazardous Chemical Transportation: Explosion-proof AGVs in chemical parks and oil-gas areas, undertaking the transfer of hazardous chemicals and flammable/explosive materials.

– Clean Environment Operation: Anti-static AGVs in electronic clean rooms and semiconductor workshops, transferring precision products such as chips and PCBs.

– Ports/Terminals: Unmanned stacking of containers and short-distance transfer of port goods, adapting to complex outdoor road conditions.

– Retail/Forward Warehouses: Replenishment and inventory transfer in fresh food forward warehouses and large supermarkets, improving store replenishment efficiency.

 

 

 

 

Case 1: A Certain E-commerce Warehousing Center (Latent AGVs)

• 8 AGVs replace manual warehousing, increasing efficiency from 25 orders/hour to 50 orders/hour with a scanning accuracy of 99.9%.
• After optimizing the laser radar detection angle, the navigation response time is shortened to 0.3 seconds, supporting continuous operation during peak hours.

Case 2: Standard Biopharmaceutical Laboratory (Explosion-proof & Clean AGVs)

• Equipped with laser SLAM navigation and OCR label recognition, the sample verification efficiency is increased by 5x.
• Full-process data traceability (compliant with GMP/cGMP), reducing the risk of incorrect sample delivery from 3% to 0.1%.
• Adaptable to dense personnel environments in laboratories, with obstacle avoidance response <500ms and vertical positioning accuracy of ±10mm.