Designed for bulk cargo unloading operations from barges and seagoing vessels, serving as core equipment in bulk terminals for discharging commodities such as coal, ore, and grain. Adaptability to diverse cargo types and vessel configurations, lower operational costs, and resistance to damage from wave-induced vessel movements—make them irreplaceable compared to other unloading methods.
Goliath Gantry Crane refers to core lifting equipment for hull block assembly and heavy lifting operations, featuring ultra-high load capacity and precision positioning accuracy. Through coordinated operations of upper and lower trolleys, it meets the demands of mega-component tandem lifts and hull block flipping, making it indispensable in large-scale shipyards.
Single-jib shipyard crane refers to specialized equipment used in shipyards for block lifting and assembly operations, typically offering 100+ ton lifting capacity. Its rail travel and 360° slewing structure cover entire dock working areas.
Floating Cranes refer to heavy-duty lifting equipment installed on floating vessels, combining the high-efficiency operation of portal cranes with the mobility advantages of floating platforms. Utilizing the floating vessel as their carrier, they move freely across water bodies, adapting to tidal variations, complex hydrological conditions, and environments without fixed docks, making them a core lifting solution for marine engineering projects.
Fixed Cranes refer to jib cranes that are anchored to foundations or supported on bases, operating solely at fixed locations within ports. Compared to portal cranes in structure, they retain hoisting, luffing, and slewing functions but lack gantry travel mechanisms and portal frame structures in its metal construction. Their defining characteristic is operation confined to a fixed position, yet it offers simpler structural design and lower manufacturing costs.
A critical port crane accessory for bulk cargo handling (e.g., coal, ore, grain). Engineered with dust-proof, sealed, or dust-suppression technologies to minimize dust emissions during material transfer.