Shear Wall Climber SCP
The automatic climbing formwork for structures of any shape and height on high-rise.
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The automated climbing formwork Shear Wall Climber SCP increases jobsite productivity and safety. The high load capacity of 40 tons ( 90 kips) per climbing unit makes it possible to design platforms with large influences, widths and additional suspended working platforms. At the push of a button, all platforms, along with wall formwork for an entire floor are raised with one single cylinder stroke.
![Shear Wall Climber SCP]()
- 40 tons (90 kips) load capacity per climbing unit
- Forming heights up to 6m(19 ft)
- Single-stroke automated climbing (push-buttonoperation)
- Suspension point with cone screw
Benefits
Maximum Versatility
- Designed for complex geometries and varying structure heights, the Shear Wall Climber SCP maintains strong performance even in the most demanding applications.
- A 6 m forming height and 12 m platform length provide maximum flexibility, aligning seamlessly with a wide range of project requirements.
- Configurable climbing programs support accurate planning and can be tailored to construction schedules, enablingrapid climbing progress.
Superior Safety
- The guided automated climbing system with integrated single-stroke cylinders enables fast climbing with maximum safety.
- FormDrive, a drive system with smart sensor and monitoring technology ensures self-guided, self-leveling climbing with consistently plumb platforms.
- Integrated platforms, stair towers, and enclosures provide comprehensive protection during operation.
Increased productivity
- The modular design of the Shear Wall Climber SCP enables extensive pre-assembly, helping reduce on-site labor costs and improve overall efficiency.
- Several parallel climbing units can be operated and repositioned simultaneously via “push-button” climbing using a mobile control panel or remote control — significantly accelerating on-site operations.
- A project-specific operating program can be configured to match the construction schedule, enabling a fast and efficient climbing sequence.
