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Industry News

26

2025-09

Analysis of the Total Cost of Ownership (TCO) for Intelligent Automated Warehouses

The construction of an intelligent automated warehouse begins with the substantial investment in hardware procurement. Automated shelving systems require high-strength steel to ensure load-bearing stability and durability, while the precision and speed demanded by equipment like stacker cranes also contribute significantly to their hefty price tags. Meanwhile, the cost of developing or acquiring the accompanying software control system—often referred to as the "brain" that orchestrates the entire warehouse operation—cannot be overlooked either.

2025-09-26

Analysis of the Total Cost of Ownership (TCO) for Intelligent Automated Warehouses

25

2025-09

[Hi-Tech Intelligence] What Are the Main Components of a Stereoscopic Warehouse?

The efficient operation of a stereoscopic warehouse isn’t the result of individual equipment working in isolation—it’s the seamless collaboration among four key modules: the storage system, operational machinery, control system, and auxiliary facilities. The storage system provides the spatial foundation, while automated equipment handles physical tasks; the control system issues intelligent commands, and auxiliary facilities ensure safety and stability. With the integration of AI algorithms—such as smart path planning—and IoT technology, future stereoscopic warehouses will evolve toward greater flexibility, intelligence, and sustainability, ultimately becoming a central hub for the digital transformation of supply chains.

2025-09-25

[Hi-Tech Intelligence] What Are the Main Components of a Stereoscopic Warehouse?

25

2025-09

Key Design Considerations for Racking System Height, Aisles, and Storage Density

The design of stacker crane warehouse systems—including layer height, aisle width, and storage density—is a matter of "systems engineering," requiring a balanced approach that avoids prioritizing any single metric. Layer height must align with equipment capabilities and regulatory standards, while aisle design should match operational needs in terms of both equipment compatibility and efficiency. Meanwhile, storage density needs to strike an optimal balance between turnover rates and space utilization. Looking ahead, with the integration of AI-driven scheduling algorithms—capable of dynamically adjusting aisles and storage locations—and innovative shelving technologies such as detachable, high-density racks, stacker crane warehouses will achieve a dynamic equilibrium that seamlessly adapts to changing demands while maximizing operational efficiency.

2025-09-25

Key Design Considerations for Racking System Height, Aisles, and Storage Density

25

2025-09

Choosing Heavy-Duty Racks for Cold-Chain Warehouses: Material Requirements for Low-Temperature Environments

The selection of materials for heavy-duty shelving in cold-chain warehouses essentially involves matching low-temperature environments with material performance—focusing on core indicators such as low-temperature toughness, corrosion resistance, and structural compatibility. This process requires precise evaluation, rigorous verification, and scenario-specific adaptation to mitigate the risk of material failure. As the cold-chain industry evolves toward [ultra-low temperatures and high turnover rates], material standards will continue to advance. For instance, the application of innovative technologies like new low-temperature alloy steels and nano-ceramic coatings will drive cold-chain shelving toward greater durability and reduced carbon emissions.

2025-09-25

Choosing Heavy-Duty Racks for Cold-Chain Warehouses: Material Requirements for Low-Temperature Environments

25

2025-09

Shelf column installation verticality: A critical indicator for ensuring stability

The verticality of shelf column installation is not a "one-time inspection metric," but rather a core control point that runs through the entire lifecycle of the shelving system. From pre-construction ground preparation, to phased calibration during installation, and finally to regular monitoring during the maintenance phase, each step must be guided by data and governed by established standards. Companies need to establish a closed-loop management mechanism—comprising "inspection, recording, corrective action, and re-inspection"—to keep verticality deviations within safe limits. This approach is not only essential for preventing accidents, but also a critical investment in reducing operational costs and extending the lifespan of the shelving system.

2025-09-25

Shelf column installation verticality: A critical indicator for ensuring stability

25

2025-09

Guide to Replacing Heavy-Duty Rack Accessories: Steps for Replacing Wearable Parts

Although replacing heavy-duty shelf components is a basic operation, it directly impacts warehouse safety and operational efficiency. Companies need to implement comprehensive process management—spanning "precise identification of worn parts, strict adherence to replacement procedures, and enhanced after-sales inspection and maintenance"—to standardize and streamline the replacement process.

2025-09-25

Guide to Replacing Heavy-Duty Rack Accessories: Steps for Replacing Wearable Parts
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