Post Tension Three-dimensional Lifting Jack and Manual Pump

3D lifting bridge jack  multifunctional hydraulic jack for construction 

DFDX Triaxial Displacement Jack, also known as Three-Dimensional Jack. It can be used with manual pump, electric hydraulic pump, and can be upgraded to remote operation as well, according to application situation.
The Triaxial Displacement Jacking System consisted of the Base, Two Horizontal Jacks (X,Y-Axis), the Vertical Jack (Z-Axis), the Manual Pump and Hydraulic Hoses. It is a special tool for lifting displacement. This product can be used for projects like hull welding, railway, highway, bridge or other heavy objects displacement like beams in the Vertical (Y) direction, Transversal (X) direction, Longitudinal (Z) direction with the small friction coefficient and smooth movement.
The Triaxial Displacement Jacking System is suitable for the displacement of various large-weight objects and the installation and maintenance of the bridge. The product has the features of advanced design, conpact structure, large carrying capacity, accurate displacement, safe and reliable, simple operation and very portable. The Vertical Jack (Z) can be used as a hydraulic jack individually.
DFDX Triaxial Displacement Jacking System is reliable to use, convenient to carry, with strong applicability, quick hose connector, simple and fast operation, smooth displacement and accurate stroke.

Application scene instance image

 Parameter:

1. Large carrying capacity. It can be used for object position adjustment from 100 to 6000 tons. The carrying capacity can also be adjusted according to the actual engineering needs.
2. The adjustment accuracy is high. The adjustment and positioning accuracy in the X, Y, and Z directions can reach 1 mm or even higher.
3. The system is easy to operate. Through simple training, workers can be proficient in the operation and achieve the desired adjustment accuracy control.
4. The system is controlled by an electro-hydraulic pumping station to increase work efficiency, and can also be adapted to a non-powered environment by using a manual hydraulic pump.