What is the use of a single-beam gantry crane?

As a modern industrial basic equipment, the Single Girder Gantry Crane can be mainly used in various production and logistics transportation scenarios. It is mainly composed of a single box-type main beam, double-end support legs, a walking mechanism and an electric hoist. Its lifting capacity can reach 1 to 20 tons, and the span is designed to be between 5 meters and 30 meters. It can be used in many fields.

In the manufacturing field, the Single Girder Gantry Crane mainly undertakes the transportation and assembly of heavy parts. Automobile production lines use it to hoist core components such as engines and chassis, mechanical processing workshops are used for large workpiece shifting, and the metal processing industry cooperates with electromagnetic suction cups to complete the stacking of steel plates and profiles. In the logistics and warehousing link, it can be used for standard container loading and unloading, and can also realize the three-dimensional storage and retrieval of pallet goods in the warehouse, significantly improving the utilization rate of storage space. Construction sites are often used for operations such as prefabricated component installation, construction material transportation and equipment maintenance, especially in restricted sites to show its compact structure advantages.

Technically, the model adopts a modular design, which effectively reduces the weight of the equipment and the cost of infrastructure construction, and saves about 25% of steel compared to the double-beam structure. The standard variable frequency control system realizes stepless adjustment of the operating speed, and the positioning accuracy can reach ±10 mm, which complies with the GB/T 14406-2017 safety specification for lifting equipment.

From the perspective of actual application benefits, the Single Girder Gantry Crane can replace more than 80% of manual heavy-duty handling operations under the premise of standardized operation, reducing the incidence of safety accidents by more than 60%. Its flexible configuration scheme supports customized special models such as explosion-proof, anti-corrosion, and high temperature, and is also applicable in special industries such as chemical industry and metallurgy. With the advancement of intelligent manufacturing, the equipment is gradually transforming from a single handling tool to an important node of the intelligent logistics system, and continues to provide basic support for industrial automation upgrades.