The new type of bridge crane is designed based on the theories of serialization, standardization and modularization, with the assistance of modern computer technology in design and the introduction of advanced technologies. It is a set of crane structures that adapt to the development of the industry.

It is mainly composed of four major parts: the main beam (two pieces), the end beam, the trolley and the electrical system. The bridge frame, which is made up of the box-shaped cross-section main beam and end beam, as well as the walkway, guardrail and control room, is the main carrier of the crane. The main beam is of a box-shaped structure. The track is made of square steel welded above the main beam, on which a trolley is placed. The trolley is a rigid frame welded from steel plates. On the upper plane of the trolley, there are the main lifting mechanism, the auxiliary lifting mechanism and the trolley running mechanism.

The design concept of lightweight cranes:

Fully considering the comprehensive benefits, the crane should minimize its overall height, simplify its structure, reduce its self-weight and wheel pressure, lower the height of the entire building, make the building structure lighter, and lower the cost of crane usage.

Optimize the mechanism of the crane, beautify the product appearance, simplify the mechanism and improve the processing and manufacturing conditions. The structure of the crane products is novel, the layout is reasonable, the mechanism transmission is stable and durable, the products are easy to process, and the production efficiency is improved.

1.It is light in self-weight, has low wheel pressure and low headroom, effectively saving the cost of the factory building.

2. The hook limit is small, the working area is large, and the coverage area is wide.

3. Fewer transmission links, high transmission efficiency and low failure points;

4. High-quality components, low maintenance requirements, and long service life;

5. The whole machine is equipped with variable frequency speed regulation, ensuring smooth start and stop, and is safe and convenient to use.

6. The whole machine has a low power consumption, effectively saving electricity and other resources.

7. New materials and new processes, combined with its own strength and processing conditions, are meticulously crafted