High Speed Automated 4 Way Pallet Shuttle Rack for Smart Supply Chain

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Product Description

Overview & Basic Info
Model NO.
NDCS11-0.9-1.0
Type
Shuttle Robot
Pallet Size
1*1.2 or Customized
Warehouse Type
Existing or New Build
Self Weight
280-290kg
Lifting Type
Mechanical
Motor Power
1000W
Material
Q235 STEEL
Product Description

High Speed Automated 4 Way Pallet Shuttle Rack for Smart Supply Chain

Since 2016, research and development on Four Way Pallet Shuttle have focused on exploring more flexibility and expansion in fully automatic pallet storing and retrieval systems. The third-generation shuttle is designed to be faster, thinner, and more accurate.

High Speed Automated 4 Way Pallet Shuttle
ITEM Shuttle Body (L*W*H) Pallet Dimension
Standard Dimension A 1100L*980W*150Hmm 1200W*1000D
Standard Dimension B 1200L*980W*150Hmm 1200W*1100D
Loading Capacity 1000kg -
Driving Speed (Empty) 1.5m/s -
Power Supply Lithium battery 48V ≥8H continuous work

Latest four-way shuttle transport technology enables multiple deep pallets at any level to be accessed. This solution is ideal for smaller building footprints with less impact on the surrounding environment.

Typical Components

Software-Defined Hardware: The system is built on dedicated WMS & WCS, realizing dynamic management of stored items to ensure physical inventory is consistent. WMS assesses orders, inventory, and labor to execute order fulfillment effectively.

System Flow
Applications of 4 Way Shuttle
Product Series Display
Main Racking System View 1 System View 2 System View 3 System View 4
Frequently Asked Questions
What types of automated storage systems are available?
Solutions include Unitload AS/RS (Pallet type), Miniload AS/RS (Box/Crate type), Shuttle Storage & Sequencing systems, Electrical Mobile Racking, and Floor conveying/sortation systems.
What are the main technical advantages of the 4-way shuttle?
The system offers high-speed operation (up to 1.5m/s), high loading capacity (1000kg), precise laser addressing (±2mm), and long battery life (8+ hours continuous work).
How does the project implementation process work?
The process follows six key steps: 1. Define objectives, 2. Measure business data, 3. Analyze systems, 4. Design future states, 5. Validate feasibility and costs, 6. Final presentation of the best solution.
How is software integrated with the hardware?
The system uses WMS and WCS to define hardware movements. It provides real-time data transmission with ERP, assesses inventory, and determines the most productive flow for picking and shipping.
Why is this system considered high-efficiency?
It offers turnkey solutions including engineering, consulting, and commissioning. The system is designed for maximum throughput and optimal utilize of warehouse storage space.
What are the typical applications for these shuttles?
They are widely used in smart supply chains, high-density warehouses, and automated picking environments across various industries requiring accurate retrieval and storage.

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