Construction
Safety, Speed and
Strength on Every Site.
At Layher, we deliver precision-engineered scaffolding systems designed to meet the ever-changing demands of today’s construction industry. Whether you’re working on high-rise buildings, commercial projects or residential construction, our products provide the strength, adaptability, and safety you need, with the speed that keeps projects on schedule.
The applications are endless. Edge protection to avoid falls from heights, working platforms for facades, and overhead protection gantries are all possible from Layher Allround. Our high-strength steel scaffolding can accommodate heights of up to 80m of fully planked working platforms. Depending on your requirements, we can design light, medium or heavy-duty working loads to allow the task to be safely undertaken.
If the project is more complex, then we can help! We can design and supply solutions that are suspended or cantilevered using system parts from the Allround range. Special duty loading bays and hoardings are also possible thanks to the capacity of the Lightweight Steel decks.
Why Choose Layher For Construction Projects?
- Modular Flexibility: Our Allround® system adapts to complex building geometries, from curved façades to multi-level access, reducing custom fabrication needs.
- Faster Assembly: Optimised connection technology and lightweight, high-strength steel or aluminium components enable rapid installation with fewer tools, minimising downtime, and labour costs.
- High Load Capacity: Engineered to meet and exceed global safety standards, ensuring secure access and support for heavy-duty construction activities.
- Integrated Safety: Built-in guardrails, toe boards, and anti-slip decking protect workers at every stage.
- Versatile Applications: Perfect for façade work, roofing, formwork support, demolition, fit-out, and maintenance in both urban and remote environments.
- Engineering Support: Our in-house team provides CAD modelling, load calculations, and project-specific designs for compliance and efficiency.
