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GALAXIS has established a complete automated electronic material warehouse system for a leading precision manufacturing company, covering inbound receiving, sorting, accounting, inbound/outbound processing, and storage operations. The system is designed to support full-process internal logistics management for electronic materials in a high-tech manufacturing environment.
The solution ensures efficient material flow and standardized warehouse operations, enabling stable handling of high-volume electronic components and supporting digitalized warehouse management.
In precision manufacturing and new energy-related electronics industries, production efficiency relies heavily on stable and accurate material logistics. Traditional warehouse systems struggle to support complex inbound and outbound workflows such as receiving, sorting, and inventory accounting.
At the same time, increasing SKU complexity and the need for real-time material visibility create challenges in operational accuracy, process standardization, and warehouse efficiency, requiring a more automated and integrated logistics system.
GALAXIS delivered an integrated automated storage system for a large-scale electronics manufacturer, combining four-way pallet shuttle systems, lifting equipment, warehouse control system (WCS), and cluster scheduling system (RCS). The solution enables coordinated automation across storage, transport, and system-level scheduling.
The system is fully integrated with digital control platforms, enabling real-time monitoring and efficient coordination of all warehouse processes, ensuring high reliability and scalability for industrial material logistics.
The system provides 40,545 storage locations, significantly improving warehouse storage density and operational efficiency for electronic material logistics. It enables fully automated warehouse operations with 100% fulfillment of internal material storage and retrieval requirements.
The solution improves operational consistency and supports stable, high-throughput material handling across all inbound and outbound processes within the facility.
