High Loading and Unloading CapacityCapable of handling thousands of tons per hour, significantly enhancing port throughput.Precision mechanical structure and power system minimize downtime and accelerate cargo turnover. High FlexibilityCompatible with various vessel types including bulk carriers, container ships, and barges.Adjustable boom length and working radius make it suitable for complex environments such as ports, shallow inland waters, and harsh offshore conditions. Stabilizing devices ensure continuous operation. Precise Operational ControlThe system enables accurate control over unloading position, speed, and flow to prevent accidents (e.g., oil spills).Integrated automation and sensors allow real-time adjustments by operators, ensuring operational stability and accuracy. Cost and Resource SavingsReduces the need for extensive port infrastructure, compensating for limited water depth or shoreline length, thereby lowering capital investment.Enhances

1. Electrical System Failures 2. Mechanical Failures 3. Hydraulic System Failures

1. Flexible MobilityEasily moved to specific positions to meet various site and material handling needs. Available in pedestal-mounted, tire-mounted, or crawler-mounted configurations to suit flat surfaces, uneven terrains, and complex environments. 2. Lower Investment CostLower acquisition cost compared to fixed equipment. Requires no large-scale foundations or complicated installation procedures. Highly versatile and reusable across multiple projects, effectively reducing unit costs. 3. Suitable for Multiple Berth TypesCapable of adjusting stacking positions and methods to accommodate different vessel sizes. Features such as radial swing, elevation adjustment, and telescopic boom enhance loading precision and operational efficiency. 4. Reduced Operating CostsSimple structure, easy maintenance, and low operational cost. User-friendly controls contribute to high economic returns. 5. Multi-Industry ApplicationIdeal for mining, ports, power plants, construction