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PRESSLayher takes the Bauma by storm with the new dimension in scaffolding: Allround Lightweight5/15/2013
Layher presents innovative event solutions at “Prolight + Sound”4/29/2013
Success in extensive use of TG 60 Shoring for Linthal 20154/10/2013
Layher – The STAR in Bamberg4/9/2013
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Public RelationsFor PR inquiries or contacts for press is responsible: Mrs. Andrea Beisswenger andrea.beisswenger@layher.com Telephone: +49 (0)7135 - 70-0 Telefax: +49 (0)7135 - 70-422 |
A “record-breaking Bauma”: In Munich, Layher was gratified not only by a veritable deluge of visitors from both inside and outside Germany, but also by the enthusiastic feedback from customers about more than 30 new as well as improved products, with which Layher has once again justified its position as the leading innovator for an entire industry – for even simpler, even speedier and even safer scaffolding construction. The highlight: Allround Lightweight, the new dimension in scaffolding.
Practical and economical: at “Prolight + Sound” in Frankfurt; Layher once again presented its interesting new products for stage and stand construction to a specialist public. Many visitors took a keen interest in the latest developments, such as the flexible FOH Tower Kit System.
A persuasive performance during construction of the inlet and outlet structure for the "Linthal 2015" pumped storage project in the heart of the Swiss Alps: supplied just in time and assembled at high speed, the Shoring TG 60 was able to reliably absorb the high loads of up to 25 tons per metre generated during concreting of ceiling, binding beam and self-supporting wall slab. It permitted optimum adaptation to the difficult geometric situations plus a high degree of safety during assembly.
High profitability with full flexibility: With the Layher Allround System, "Gerüstbau Karl" could not only adapt the façade and ceiling scaffold for renovation works in the Bamberg "Upper Parish" optimally to the building geometry, but thanks to the new Allround STAR Frame also could realize it very efficiently. This was assured by the reduced number of components and a saving of weight of almost 40 percent.