Fully Unmanned End-to-End Operation
The system performs fully unmanned operations across the whole flow—automatic task issue, AGV auto-acceptance, automatic path planning, automatic material load/unload, and empty-container auto-return—with no manual following, dispatching, or intervention. It runs 24/7, perfectly suiting long-duration scenarios such as lights-out factories and continuous production, safeguarding production continuity.
Logistics Safety, Efficiency, and Process Traceability
Path optimization and coordinated dispatch raise transfer efficiency, cut manual intervention and material waiting, and keep logistics safe and orderly. Data on transfer tasks, AGV status, and material flow trajectories is retained in real time; interfaced with HF-PCS, it delivers full-process logistics traceability, query, and review, meeting high-end manufacturing compliance.
Flexible AGV Scaling
An open modular architecture lets users flexibly add AGVs, set up docking stations, and optimize transfer paths as capacity grows or layouts change. With short deployment cycles and minimal rework, it supports phased investment and gradual logistics-capability upgrades, fitting the enterprise's long-term development pace.
Intelligent Path-Optimized Dispatch
The intelligent path-planning algorithm automatically plots optimal transfer routes from live status—equipment operation, material demand, AGV positions—cutting empty-running mileage and waiting. It also closes the loop across automatic task generation, assignment, execution, and feedback, dynamically adjusting dispatch to production cycle time time so logistics stays in sync with progress, raising overall line coordination efficiency.
Combined Dispatch of Multiple AGV Types
It dispatches mixed fleets—heavy-duty, light, and dedicated transfer AGVs—intelligently matching each task to the right unit by material weight (small tools, mid-size fixtures, large workpieces), transfer distance, and scenario. In multi-AGV collaboration it auto-avoids path conflicts and prioritizes tasks, balancing heavy-load stability with light-load speed to cover all workshop material-transfer needs.
Laser-Navigation High-Precision Positioning
The advanced laser-navigation algorithm enables autonomous obstacle avoidance and precise docking in dynamic environments dense with equipment, complex paths, and moving personnel—with no rails or floor markers needed. Flexible to deploy and stable in motion, it precisely fits various complex machining-shop layouts.