Truss Gantry crane

    The main beam of the Truss gantry crane is welded into a truss structure with angle steel or I-beam, which is an ingenious structural design. Compared with the traditional box structure, it has the remarkable characteristic of light weight, which not only reduces the load of the equipment itself, but also reduces the requirements for the installation foundation to a certain extent, making the installation and deployment of the equipment more convenient. At the same time, the truss structure has excellent wind resistance. In windy working environments, such as ports and open-air cargo yards, it can maintain stable operation, effectively avoiding safety hazards and operation interruptions caused by strong winds, and providing a strong guarantee for the continuity of production.

Application:

   1. Construction: In large-scale construction projects, Truss gantry cranes are very useful. It can easily transport and install heavy construction materials such as concrete components and steel structures. With its high lifting height and large span, it meets the needs of vertical and horizontal transportation of materials in construction. When building high-rise buildings, prefabricated concrete floor slabs can be accurately lifted to the designated floors, greatly improving the construction progress while reducing labor costs and safety risks.

2. Port and logistics: As a key equipment in the port and logistics industry, it plays an irreplaceable role in cargo loading and unloading and stacking. It can efficiently transport containers, bulk cargo, heavy steel, coal and other materials. Its fast operating speed and precise positioning capabilities have greatly improved the overall efficiency of logistics transportation, reduced the time that goods stay in the port, and reduced the probability of damage to goods, providing a solid guarantee for the smooth operation of port logistics.

3. Industrial manufacturing: In the process of industrial manufacturing, Truss gantry cranes are indispensable tools for the handling and assembly of large machinery and parts. In automobile manufacturing plants, it can accurately lift large components such as automobile bodies to various workstations on the production line for precise assembly; in the manufacture of wind power equipment, it can lift huge wind turbine blades and other components to ensure the accuracy and stability of equipment assembly, thereby improving production efficiency and product quality.