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Novelty DACH+HOLZ 2026

The noiseless generation of tension and shear anchoring

The S-VGS was developed for applications in which tension and shear loads must be reliably transferred. Screwing directly into the stud ensures centric load transfer and quiet installation at your manufacturing plant for the first time. A practical solution for modern timberconstructions.

S
Stexon GmbH
76694 Forst, Germany

Safe transfer of tensile and shear loads 

The STEXON S-VGS is the new generation of tension anchors. Its innovative design enables centric transfer of loads reliably and without offset directly from the stud to the connecting component, whether concrete foundations or timber or steel components. The result: a durable, secure connection for demanding applications in timber construction  

Fully threaded screws for maximum load-bearing capacity

The powerful fully threaded screws are screwed direct into the stud and fix the S-VGS direct. It results in secure force transmission. Their length is optimised for FAZ II plus M12 concrete anchorsfor maximum load-bearing capacity with a compact design  

Optimised for CNC and mass production

The precision-manufactured aluminium body is designed for studs of 6 × 8 cm cross section and is optimally matched to the use of a 40 mm finger milling cutter. S-VGS is machined quickly and accurately on CNC machines and is seamlessly integrated into existing productionprocesses. 

Simple, quiet, efficient

Traditional tension anchors are nailed using pneumatic tools. S-VGS is installed using standard screwing devices and points with its quiet installation. The ETA-approved design guarantees maximum tensile strengthwith significantly reduced installation time.

Installation can be carried out flexibly at any time during production, even on sheeted and closed wall panels. 

 

👉Experience the STEXON S-VGS live in the Innovation Area and discover more new products at our exhibition stand.

Your contact person

Dipl.-Ing. (FH) Dr. Johann Scheibenreiter

Dipl.-Ing. (FH) Dr. Johann Scheibenreiter

Application technology and innovation

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