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4-Way Shuttle Automated Warehouse

The 4-way shuttle automated warehouse is a new generation of intelligent warehousing system. Through the flexible movement of 4-way shuttles on the horizontal and vertical tracks of the racks, combined with elevators to achieve cross-floor operations, it builds a "plane + three-dimensional" 3D storage network. The system consists of racks, 4-way shuttles, elevators, inbound and outbound workstations, Warehouse Control System (WCS), and Warehouse Management System (WMS). It is suitable for high-density, high-flexibility, and multi-scenario warehousing needs, and is widely used in e-commerce, cold chain, auto parts, pharmaceutical and other industries.

    Product Parameters

    Vehicle Size

    076×940×150mm (customizable)

    Rated Load Capacity Supports load of 500KG~3.5T (customized according to customer needs)
    Operating Speed Travel speed 90M/MIN (adjustable); Lifting stroke 60MM (customizable)
    Commutation Time 2.5 seconds
    Positioning Accuracy ±2mm (servo motor + QR code positioning)
    Battery Type Lithium iron phosphate battery, capacity 30-50Ah
    Battery Life 8-9 hours (full-load continuous operation)
    Applicable Temperature -25℃ to 45℃
    Rack Adaptability Supports single-deep and multi-deep combined storage, with rack aisle width only 1-1.2 meters
    4-Way Shuttle Automated Warehouse (4)

    Functional Features

    High-density storage and space optimization
    Omnidirectional movement and dynamic path planning: 4-way shuttles can travel freely along the horizontal and vertical tracks of the racks, supporting diagonal travel, breaking the limitations of traditional single-aisle operations.
    Full-process automated operation (2)
    Modular expansion and flexible operation: The system supports adjusting the operation capacity by increasing or decreasing the number of shuttles. During peak business periods, equipment can be temporarily added to cope with order peaks, and later the equipment can be transferred to other warehouses. The initial investment cost is 40% lower than that of the stacker system
    Multi-environment adaptability
    Intelligent monitoring and safety redundancy: The equipment is equipped with collision detection, emergency stop device, power monitoring, and automatic charging functions.

    Technical Advantages

    Maximized space utilization: Through narrow aisle design and three-dimensional space utilization, the storage capacity of warehouses with the same area can be increased by 5-10 times.

    Balanced efficiency and stability: High-speed servo motor drive and all-wheel drive design ensure stable operation of the equipment and adapt to complex warehouse environments.

    Controllable cost and full-life cycle optimization: The initial construction cost is 40% lower than that of the stacker system, and the construction period is shortened by 60%. The later maintenance cost is only 1/3 of that of the stacker, and energy consumption is saved by 50%.

    Cross-industry scenario adaptability: Such as manufacturing work-in-progress warehouses, e-commerce high-turnover warehouses, cold chain logistics, etc.

    Product Supports Customization

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