With A-level production license, the use of double four-link anti-sway technology, combined with physical anti-sway, electronic anti-sway technology, to achieve precise control and high safety assurance of general cargo transportation, but also the use of automatic control technology and 5G remote operation, to achieve the automation, lightweight and standardization of equipment, can be customized according to needs.
The breakbulk handling systems are designed for diverse cargo types including steel products, heavy machinery, project cargo, and general cargo. The automated portal cranes feature multi-functional rotary spreaders and hooks that enable quick switching between different handling modes, providing maximum flexibility for various breakbulk cargo configurations and weights.
The automated port loading and unloading portal cranes offer customizable lifting capacities tailored to specific operational requirements. The systems are engineered to handle heavy breakbulk cargo with high precision and safety, supporting operations ranging from standard general cargo to oversized project cargo with specialized rigging configurations.
The systems feature comprehensive automation including automatic collision avoidance, one-key automatic anchoring, and intelligent status management. Additional intelligent functions include intelligent lubrication systems, automatic fire protection, intelligent lightning protection, intelligent gate control, and intelligent lighting—all designed to enhance operational safety and efficiency while reducing manual intervention.
Yes. The breakbulk handling systems include unmanned container trucks and automatic rail cranes for general cargo operations. These automated guided vehicles integrate with the overall terminal management system to enable coordinated unmanned material flow from vessel to storage yard, significantly reducing labor requirements while maintaining high operational standards.
The systems provide customized steel structure buildings designed specifically for breakbulk cargo storage and handling operations. These structures are engineered to withstand harsh port environments while offering flexible layouts to accommodate different cargo types, crane operations, and material flow patterns, ensuring optimal space utilization and operational efficiency.
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