• Strong expandability and reliability

Application Scenarios

• Suitable for both regular and irregular warehouses.

• Suitable for diverse environments, including fresh and frozen temperatures (-25°C to +40°C), clean rooms, and explosion-proof areas.

• Designed for high-bay racking and enhancing warehouse space utilization.

Multi-Shuttle Options

• Pallet Four-Way Shuttle Robot: This innovative robot integrates four-way navigation, on-site track change, automated handling, intelligent control, and dynamic management. The ultra-slim design maximizes space and reduces shelving costs, while its operational speed ensures exceptional handling efficiency across various industrial and logistics settings.
• Pallet Two-Way Shuttle Robot: The two-way Shuttle Pallet Robot uses pallets as its main cargo, seamlessly integrating with forklifts, stacker cranes, and shuttle carts for automated storage and retrieval. It supports both FIFO and LIFO modes, offering versatility. It can be easily moved by forklifts or stacker cranes for cross-area operations.
• Pallet Parent-Child Shullte Robot: The Pallet Parent-Child Shullte Robot is a versatile, modular solution for multi-deep pallet storage. It comprises a two-way shuttle and a parent cart, offering exceptional automation and flexibility. Integrated with the warehouse management system, its facilitates dynamic load shifting and optimizes transport routes.
• Tote Four-Way Shuttle Single-deep Robot: Developed for accessing bins, cartons, and standardized units, is characterized by its versatility and efficiency. It features multiple transfer modes and is extensively employed in goods-to-person picking systems, delivering high adaptability and operational flexibility.
• Tote Four-Way Shuttle Robot: Developed for accessing bins, cartons, and standardized units, is characterized by its versatility and efficiency. It features multiple transfer modes and is extensively employed in goods-to-person picking systems, delivering high adaptability and operational flexibility.
• Tote Two-Way Shuttle Single-deep Robot: utilizes bins, cartons, and small packages as its carrying units, employing double-deep forks to significantly enhance storage density. This technology aids enterprises in maximizing storage efficiency through its flexible and efficient design.
• .Tote Two-Way Shuttle Double-deep Robot:  utilizes bins, cartons, and small packages as its carrying units, employing double-deep forks to significantly enhance storage density. This technology aids enterprises in maximizing storage efficiency through its flexible and efficient design.