GIRDER OVERHEAD BRIDGE CRANE GANTRY HOIST 3D Model

The model contains the most popular formats:
1. 3DS MAX: *.max
2. Blender: *.blend
3. Rhinoceros: *.3dm
4. SketchUp: *.skp
5. Wavefront OBJ: *.obj *.mtl (Multi Format)
6. FBX: *.fbx (Multi Format)
7. STEP: *.step *.stp (NURBS)
8. IGES: *.iges *.igs (NURBS)
9. ACIS: *.sat (NURBS)
10. 3DS MAX all ver.: *.3ds (Multi Format)
11. Stereolithography: *.stl
12. AutoCAD: *.dwg


- Each file was checked for opening and full content by the model.
- The 3D model was created on real base. It’s created accurately, in real units of measurement, qualitatively and maximally close to the original.
- Renders Are made in Luxion Keyshot
- “WE PROVIDE 3D MODEL CHEAP PRICE BUT WITH GOOD QUALITY”
- If you need any other formats we are more than happy to make them for you. Contact me for any question :)


Sincerely Your, SURF3D
MORE INFORMATION ABOUT 3D MODELS :

An overhead bridge crane, also often called simply a bridge crane, is a heavyweight lifting machine commonly found in industrial settings. It functions by traversing horizontally along an elevated runway system, allowing for efficient material movement across a designated area.

Here's a breakdown of the key components and their functionalities:

Runways: These are essentially parallel tracks, typically made of steel beams, that are permanently mounted on opposing walls or support structures within the building. Bridge: A horizontal beam, often constructed from a single or double girder design, spans the gap between the runways. Wheels on the bridge enable it to travel back and forth along the runway tracks. Trolley: This is a smaller motorized carriage that runs along the bridge beam. It's responsible for the sideways movement of the lifting mechanism. Hoist: Mounted on the trolley, the hoist is the lifting mechanism itself. It uses a wire rope or chain to raise and lower loads. The hoist is typically operated by an electric motor and controlled by the crane operator. Operation and Applications:

An overhead bridge crane is operated from a pendant station or a wireless control by a trained operator. The controls allow for precise movement of the bridge, trolley, and hoist, enabling the operator to position the hook and lift loads vertically and horizontally.

These cranes are vital for various industrial tasks involving heavy materials. Some common applications include:

Manufacturing facilities: moving components, parts, and machinery on assembly lines. Warehouses: loading and unloading pallets, crates, and other heavy goods. Power plants: lifting and positioning heavy equipment during maintenance or repairs. Steel mills: handling large steel sections and beams. Shipyards: lifting and maneuvering heavy components during ship construction. Capacity and Design Variations:

Overhead bridge cranes come in various capacities, ranging from a few tons to hundreds of tons, depending on the specific industrial needs. The bridge design (single or double girder) and the type of hoist (wire rope or chain) are also chosen based on the weight and size of the materials being handled. Afdruk Gereed: Nee