Yes. Bridge lifting is one of the most common applications for synchronous lifting systems.
Yes. Bridge lifting is one of the most common applications for synchronous lifting systems.
Bridge lifting projects often require precise multi-point control to prevent twisting or uneven elevation. Synchronous lifting systems allow contractors to lift bridge decks and girders evenly while monitoring cylinder stroke and load distribution. This makes them essential for bridge rehabilitation projects such as bearing replacement, deck leveling, and structural realignment.
Synchronous lifting systems are expensive specialized equipment used mainly for major engineered lifting projects.
Yes. Most synchronous lifting projects require engineered lift planning and load distribution calculations.
Yes. Synchronous lifting systems can be used for controlled lifting and controlled lowering operations.
Yes, monitoring and control systems are typically included as part of the rental package.
It depends on system size, but many systems can control multiple lift points across large structures.
It works by using a control unit to monitor and balance multiple hydraulic cylinders during lifting.
Synchronous lifting systems are used for multi-point lifting where loads must remain level and controlled.