Heavy scaffolding rental
Layher Allround heavy scaffolding, for complex scaffolding constructions for use in industry, factories, boat repairs and on construction sites. Even with very difficult layouts and architectural styles and with increased safety requirements, Allround Scaffolding is the faster, safer and more economical solution.
ALL-ROUND LIGHTWEIGHT
Quickly.
The lighter components increase assembly speed and transport capacity – this saves a lot of money.
Strong.
Increased load capacity despite lower weight.
Safer.
Improved work safety during assembly thanks to the AutoLock function.
Ergonomic.
Increased height clearance and reduction of physical strain by saving weight in the system.
Effectively.
Only one common standard for supported and suspended scaffolding thanks to integrated pins. There is no need for time-consuming installation of separate pins or storage of two different standards.
THE ALLROUND PRINCIPLE
The result of superior engineering: up to eight connections can be made in the structurally ideal Allround connector, on one plane and at different angles. How the system is put together is self-explanatory.
THE STEEL PLATFORM LW
By using steel grades with higher tensile strength, a thinner material and an intelligent combination of profiles and material concentrations in structurally relevant areas, it has proven possible to reduce the weight of the steel platform, which is already established in the market, by up to 2.2 kg or 10% – while maintaining the high load-bearing capacity. That makes this steel platform lighter, more practical and more efficient. Discover the advantages that the steel platform LW from Layher has to offer: Because Layher Lightweight is about more than just weight.
Better grip thanks to the optimized steel cap and the new longitudinal profile, which ensures more ergonomic handling and better safety.
Can be combined with steel platforms from previous generations during assembly and transport.
Strong sense of security when walking on the platform thanks to transverse reinforcements in the surface.
Weight savings of up to 10% while maintaining a high load capacity – which means lower labor costs, increased load capacity and improved ergonomics.
