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22.3m High-Bay Tote Shuttle AS/RS for Auto Parts Warehouse Automation
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22.3m High-Bay Tote Shuttle AS/RS for Auto Parts Warehouse Automation

2026-03-14

In the intelligent transformation of the automotive parts industry, high-density storage and intelligent Warehouse Automation have become critical drivers of competitiveness.

DELIECN’s self-developed 22.3m ultra-high Toteshuttle AS/RS, combined with a high-bay pallet Stacker Crane System, provides an integrated automated storage solution for precision auto parts enterprises seeking scalable, intelligent factory upgrades.

Project Background: Intelligent Upgrade for Auto Parts Manufacturing

The customer, a global exporter specializing in automotive electrical connectors, required a fully intelligent warehousing system for its new production plant.

Core requirements included:
  • High-density storage for multi-SKU precision components
  • Seamless integration with multi-floor production lines
  • Fast and accurate material picking
  • Scalable automation architecture
  • Full-process information management
Core System Configuration:

1. Tote Four-Way Shuttle AS/RS (22.3m High-Bay System)
- 8 Tote Four-Way Shuttle Robots
- ToteShuttle Racking height: 22.3 meters
- Multi-layer high-density structure
- Coordinated with high-speed lifting systems

2. Pallet Stacker Crane AS/RS (22.2m High-Bay System)
- 2 Pallet Stacker Cranes
- Pallet racking height: 22.2 meters

  1. Intelligent Material Handling

- 3 RGV systems
- 1 inbound & outbound conveyor system (connected across 4 floors)
- 3 high-speed lifters
- Integrated WMS (Warehouse Management System)
- Integrated WCS (Warehouse Control System)
- Interface systems for ERP/MES connectivity

System Advantages
  • Ultra-high density storage through 22.3m and 22.2m high-bay design
  • Efficient multi-floor circulation with RGV and lifter coordination
  • Fully automated inbound and outbound operations
  • Intelligent digital warehouse management
  • Scalable and modular architecture for long-term expansion
Project Impact

By deploying 8 Tote Four-way shuttle robots, 2 pallet stacker cranes, 3 RGV systems, high-speed lifters, conveyor systems, and integrated WMS/WCS platforms, the project achieved fully automated, information-driven storage and material handling operations.

The solution maximizes vertical space utilization, improves operational efficiency, ensures precision component management, and establishes a scalable smart warehouse system for sustainable growth.