120t High Speed Rail Launcher bridge manufacture and crane price

1.Description of Bridge Girder Launcher

Bridge Launching Girder Crane for Erecting Concrete Box Girders applies to highway, railway bridges to the construction site of bridge construction, its main function is to mention prefabricated good beam slice and delivered on prefabricated good piers.it and general meaning cranes have very big different, high safety requirements.

The capacity:60-200ton

The span : 20-50m

Control Mode: Pendant, Remote Control and Cabin Control.

2.Bridge Girder Launcher Details

Bridge Launching Girder Crane for Erecting Concrete Box Girders mainly consisted with main beam, cantilever, under guide beam, front and rear legs, auxiliary outrigger, hanging beam crane, cantilever crane and elecrto-hydraulic system. Applies to three different span single-span simply supported beam erection, with high operating efficiency.

Bridge Launching Girder Crane for Erecting Concrete Box Girders is widely used in highway and railway construction This Machine is used for erecting concrete box girders for high speed (250km, 350km) passenger railway lines. This machine is suitable for equal span girders or different span girders which can be 20m, 24m and 32m, 50m. The rear part has two supports. One of the supports is "C" shape column with rotary and foldabletechnology. The "C" shape column technology saved the traverse space during traveling and which enables to travel through tunnels with the girder transfer vehicle.

We participated in the Kazakhstan Machinery Infrastructure Exhibition in November 2015, participated in the Indonesia Machinery Exhibition in November 2016, and participated in the Pakistan Machinery Exhibition in March 2018. Through the exhibition, many customers have established a deep friendship with us and established good cooperation relationship.

1.Adopting full-hydraulic lifting mechanism with high reliability as front and rear supporting point to ensure the safety of supporting points.
2.Lightening and great rigidity design of guiding beam to ensure the longitudinal stability of the machine.