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GALAXIS provided an intelligent logistics solution for Suzhou Library’s smart library, integrating stacker crane systems, MSR shuttle systems, high-speed carrying lifts, automated conveying equipment, and intelligent software systems.
The smart library consists of four storage areas, including box stacker crane storage, shuttle storage, and forklift storage areas. Covering approximately 6,500㎡, the system supports a storage capacity of 7 million books and achieves automated book storage, retrieval, sorting, packaging, and distribution, enabling a more efficient and digitalized library service model.
In the Library industry, large-scale public libraries face challenges from massive book collections, limited storage space, and increasing demands for efficient book circulation services. Traditional storage and retrieval methods often rely heavily on manual operations, resulting in low efficiency and limited responsiveness.
To support modern digital library services, libraries require intelligent logistics systems that can optimize space utilization, automate book handling processes, and ensure fast and accurate book delivery between storage areas and readers.
GALAXIS implemented a comprehensive smart library logistics solution integrating imported shuttle systems, miniload stacker crane systems, high-speed carrying lifts, automated conveying systems, and intelligent control platforms.
Through the coordination of MSR shuttle systems, WCS software, and automated handling equipment, the solution enables automated book storage and retrieval processes. When readers request books through intelligent borrowing terminals, the system automatically completes retrieval, sorting, labeling, and delivery operations, significantly improving service efficiency.
After implementation, the intelligent library system achieved large-scale automated book management, supporting a storage capacity of 7 million books with daily inbound and outbound capability of 20,000 books. The solution improved space utilization by 40% while significantly enhancing book circulation efficiency.
By integrating automated storage, intelligent scheduling, and digital management systems, the project reduced manual workload by 70% and established an efficient, flexible, and scalable logistics model for modern public library operations.
