The ATR-SC is a heavy-duty self-climbing system with maximum productivity for use in the construction of large High-rise building cores, designed to minimize the handling of the formwork system on site.
The system is lifted continuously by a single stroke cylinder, without any need for any rail, simply being supported and guided by the previously executed walls.
Fast installation of the system on the wall, as it comprises pre-assembled gangs, which can be transported directly to the site.
- High capacity (400 kN per cylinder) self-climbing system.
- It can be adapted to different construction methods such as the core ahead of the slab or the simultaneous slab and wall methods, thus minimizing materials and susbsequent joining tasks.
- Based on the MK system, the system adapts to the geometry of the core and to the pouring height required thanks to the flexible upper structure.
- Wall thickness changes are carried out by horizontally adjusting the working and climbing brackets.
- High load capacity to support placing boom.
- Quick system installation due to pre-assembled, job ready components.
- Highly efficient hydraulic system thanks to the simultaneous drive of the cylinders.
- Cones can be reused during the climbing process.
- Fast and safe stripping using stripping corners with hydraulic drive.
- Platforms with large and safe working areas.
- Minimum handling of climbing component and anchors.
- Access to stairs and working platforms are integrated into the main climbing structure.
Modular formwork system for the construction of any vertical concrete structure. Highlights: high performance rates at minimum labour cost.
Flexible and versatile beam formwork system for civil engineering and building construction. Highly efficient and excellent concrete finish.
Extremely flexible perimeter safety screen that adapts to any building geometry and configuration need. Designed for high-rise buildings, the system can be hydraulic or crane-lifted.
The ideal solution for fast and efficiently stripping formwork in interior spaces.