Prefabricated Steel Structure Workshop With Crane

Crane capacity alone is not enough for workshop planning. The buyer should also confirm the crane span, lifting height, operating class, hook approach, number of cranes and maintenance requirements.

Several height terms should be separated clearly: building eave height, internal clear height, crane rail elevation, crane bridge depth, trolley and hook arrangement, required hook height, equipment lifting height and roof or structural clearance. These values are related, but they are not the same measurement.

If the workshop requires a bridge crane, the layout should be coordinated with the steel frame, crane runway beam, bracing, door position and lifting zone.  Final crane-related structural details should be confirmed through calculation rather than copied from a fixed template.

Large-Span Steel Frame

The main structure uses a steel portal frame system to create a spacious interior with fewer intermediate columns. This provides convenient operating space for aircraft, vehicles, machinery and large components while allowing flexible arrangement of workshop equipment.

The frame can be designed according to the required building width, length, eave height, bay spacing and crane configuration. Structural design considers the additional loads and dynamic effects generated by the overhead crane.

Integrated Mezzanine Office

A mezzanine floor can be incorporated into the workshop to provide additional office and supporting spaces without requiring a separate building.

Depending on the layout, the mezzanine can accommodate:

Magnetic Particle Testing

All steel components are bundled and secured on steel pallets for safe handling and transportation.

The pallets are loaded into containers using gantry cranes and forklifts, ensuring efficient and damage-free loading.