ACS in action
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Crane-independent, fast cycle times
Without the reliance on a crane, climbing can be completed quickly and safely, whilst the crane attends to other operations on site. Cycle times, even for complex cores and geometries, can be optimised to keep you ahead of porgamme with intuitive shuttering, concreting, striking & climbing operations.
Project: South Quay Plaza
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Don't let the weather slow you down
Platforms are optimsed by our engineers to ensure enclosures protect site personnel against wind and weather to keep you working and operatives safe in difficult conditions
Project: Mersey Gateway Bridge
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High load capacity and complex geometries
Working platforms can accommodate high loads arising from material storage or placing boom masts. No shape is too complex for the system to be designed and optimsed for, including segmented cores, convex and concave structures, and reduced-width walls as the structure rises
Project: Newfoundland Tower
Variants of the ACS self-climbing system
The right system for your project with six system variations
ACS R Self-Climbing System standard system with carriage and open formwork at the top for easy installation of the reinforcement
ACS P Platform System for high-rise building cores constructed in advance and tower-like structures with generously-sized storage and working areas
ACS G Realisation with Gallows for concreting walls and slabs in one pour or for circular structures; both formwork sides are attached to the cantilevered gallows
ACS V Adjustable Version for inclined structures such as bridge pylons or piers, with platforms always in a horizontal position
ACS S Shaft Formwork for stairways or small elevator shafts with a single climbing device positioned in the centre
ACS C Core Formwork for moving large-sized core formwork including the concrete placing boom and site equipment
We will tailor the most optimal solution to meet your specific requirements.