The stacker crane-based intelligent storage system encompasses two types: pallet stacker crane storage and bin stacker crane storage. For enterprises requiring bulk storage and handling of standardized materials, pallet stacker crane systems enable rapid and precise goods retrieval, substantially boosting operational efficiency. For precise management of small-batch, multi-variety materials, bin-based stacker crane systems feature flexible storage unit designs. They enable high-density storage while ensuring efficient sorting operations, solving the challenges of managing small-batch materials.

Multi-level shuttle-based intelligent storage systems are categorized into four-way shuttle systems and two-way shuttle systems. Four-way shuttles leverage their full-mobility capabilities to navigate complex warehouse layouts, accurately positioning and retrieving goods—ideal for large enterprises' intricate storage scenarios. Two-way shuttles feature a streamlined, high-efficiency design suited for linear or simple-branch storage aisles, offering SMEs a cost-effective storage upgrade that balances efficiency and affordability.

The AGV-based intelligent warehousing system centers on AGV carts that autonomously navigate, avoid obstacles, and transport goods according to pre-set routes or real-time commands. This achieves truly unmanned, intelligent, and flexible warehousing operations. The system not only reduces human error and safety risks but also flexibly adjusts workflows to match production rhythms, providing crucial support for building flexible supply chains.

HERO Intelligent has consistently prioritized innovation-driven development, continuously optimizing the performance and functionality of its smart warehousing systems. From initial surveys of enterprise storage needs, through customized solution design, to post-installation commissioning and ongoing maintenance services, HERO Intelligent delivers end-to-end solutions. This ensures each smart warehousing system precisely aligns with corporate requirements, effectively resolving storage challenges and enhancing core competitiveness.