Shape Stability Under Load
Conventional mesh structures deform under load. Constriction of the mesh in the region of the hiatus may reduce the distance between mesh implant and oesophagus, eventually causing mesh erosion.
DynaMesh^®-HIATUS is based on a sophisticated textile design with rectangular pores, which even under load retain a high degree of shape stability.

High Effective Porosity
Mesh implants tend to shrink after incorporation in vivo.
DynaMesh^®-HIATUS has a high effective porosity, which ensures that the mesh implant is thoroughly incorporated. During incorporation, the use of the proven and highly biocompatible PVDF polymer ensures that scarring is kept to a minimum. The good incorporation of the mesh implants combined with less scarring leads to minimisation of mesh shrinkage and permanently high flexibility of the incorporated implant.

Smooth, Warp-Knitted Selvedges
If the mesh does come into contact with the oesophagus in spite of all measures to prevent it, DynaMesh^®-HIATUS has smooth selvedges that can minimise the danger of mesh erosion.