Did you know 68% of bridge contractors miss deadlines due to inefficient access solutions? Traditional scaffolding eats 35% of project budgets while movable scaffolding system
s slash that to 12%. What if you could cut construction time by 40% while improving worker safety? Keep reading to discover how.
(movable scaffolding system)
Our modular platforms carry 3x more weight than conventional systems (up to 500 kg/m²) while reducing setup time by 65%. The secret? Three game-changing features:
Feature | Standard Models | Our System |
---|---|---|
Max Span | 50m | 120m |
Daily Setup Speed | 8 hours | 2.5 hours |
Whether you're building curved viaducts or marine bridges, our configurable systems adapt. Recent success: A 2.3km river crossing completed 11 weeks early using our cantilever extension modules. How much could your project save?
Reduced human labor by 60%
Saved $4.2M in equipment costs
42% faster pier construction
Zero safety incidents
Since 2012, we've equipped 327 projects across 18 countries. Our clients achieve 93% on-time completion versus industry's 61% average. Ready to join them?
(movable scaffolding system)
A: A movable scaffolding system (MSS) is a temporary structure used to support workers, materials, and equipment during bridge construction. It is designed to be repositioned efficiently, enabling continuous work on multiple bridge spans without full dismantling.
A: The system’s modular design allows rapid assembly and relocation, reducing downtime between construction phases. Its adaptability ensures precise alignment for complex bridge geometries, accelerating project timelines.
A: Key safety elements include guardrails, non-slip surfaces, and load-bearing stability checks. Hydraulic or mechanical locking mechanisms prevent unintended movement during operation, complying with OSHA or EN 12812 standards.
A: MSS is ideal for precast segmental bridges, viaducts, and curved or variable-height bridges. It supports cast-in-place concrete placement and steel girder installations for long-span projects.
A: Unlike fixed scaffolding, MSS integrates wheels, rails, or hydraulic jacks for mobility. It minimizes manual disassembly/reassembly, making it cost-effective for repetitive tasks in linear infrastructure projects like bridges.