Carrying capacity: Rail mounted gantry crane has a wide range of lifting weights, from a few tons to hundreds of tons, to meet different operational needs. Large span, usually 20 meters to 50 meters, or even larger, covering a wide range.
Strong adaptability: Rail mounted gantry crane can customize span, lifting height and lifting weight according to needs. Able to work in harsh environments, such as ports, yards, etc.
Efficiency: Double girder gantry crane can quickly load, unload and stack goods to improve operating efficiency. Support continuous operation, suitable for large-volume cargo handling.
Modular design: The structural components adopt modular design, which is easy to transport, install and maintain. The configuration can be flexibly adjusted according to on-site needs.
High safety: Double girder gantry crane is equipped with multiple safety protection devices to ensure safe operation. The structural design complies with international standards (such as ISO, FEM) and has high reliability.
Ports and docks: Rail mounted gantry cranes are used for loading and unloading, stacking and transshipment of containers, and are important equipment for modern ports. They can efficiently handle large quantities of goods and improve port operation efficiency.
Railway freight yards: Gantry cranes on rails are used for loading and unloading of railway containers and goods, and support multimodal transport. They can seamlessly connect with the railway transportation system to improve logistics efficiency.
Logistics warehousing center: It is used for cargo handling and stacking in large warehouses and supports automated warehousing systems. It can cooperate with AGV and other equipment to realize intelligent logistics management.
Industrial manufacturing: Gantry cranes on rails are used for lifting and handling of heavy equipment, such as steel mills, shipyards, etc. It can handle large tonnage and large-size workpieces to meet industrial production needs.
Energy field: It is used for the installation and maintenance of wind power equipment and nuclear power equipment. It can adapt to complex terrain and high-altitude operation needs.
Determine the basic parameters of the rail mounted gantry crane according to the specific needs of the customer (such as lifting capacity, span, height, working environment, etc.). Design the steel structure frame of the crane to ensure its strength, rigidity and stability. Purchase high-quality steel for the main beam, outriggers and other structural components of the crane. Purchase electrical components such as motors, cables, control cabinets, etc. to ensure that they meet the design requirements and safety standards. Pre-assemble the main components of the crane in the factory to ensure that the components fit well.