DynaMesh® -IPOM
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Tailored Implants Made of PVDF Hernias Visceral Surgery Abdominal Wall Hernia / Umbilical Hernia intraperitoneal DynaMesh®-IPOM implants are designed for soft tissue reinforcement and soft tissue bridging of the fascial and connective tissue structures of the abdominal wall as part of surgical treatment for epigastric hernias, umbilical or incisional hernias, MRI and parastomal hernias following ostomy surgery. Abdominal Wall Hernia Recommended sizes for the surgical treatment of abdominal wall hernias. When selecting the mesh size, ensure sufficient overlap! DynaMesh®-IPOM visible Umbilical Hernia Recommended sizes for the surgical treatment of umbilical hernias. When selecting the mesh size, ensure sufficient overlap! hergestellt durch / manufactured by: EG Textiltechnik Forschungs- und Entwicklungsgesellschaft mbH F Prager Ring 70, 52070 Aachen, Germany • www.dyna-mesh.com

Tailored Implants Made of PVDF Hernias Abdominal Wall Hernia / Umbilical Hernia intraperitoneal DynaMesh®-IPOM visible abdominal wall hernia / umbilical hernia Surgical access laparoscopic / open Surgical technique Mesh position sutures / tacks Green marker thread PVDF barrier Visible technology Dual-component structure PVDF monofilament > 85 % PP monofilament Biocompatibility Ageing resistance Dynamometry Tear propagation resistance No scar plate formation Classification (Klinge’s classification [8]) DynaMesh®-IPOM implants have a parietal side and a visceral side. The parietal side is...

Tailored Implants Made of PVDF Hernias Abdominal Wall Hernia / Umbilical Hernia intraperitoneal Dual-Layer Composite Mesh DynaMesh®-IPOM is a dual-component structure specifically Cross-sectional view Green marker thread in the craniocaudal direction attached to the parietal (PP) side. developed for the IPOM technique and consists mainly of PVDF monofilament high-purity PVDF and a small proportion of polypropylene (PP). The parietal side (PP) promotes rapid and safe ingrowth into the abdominal wall. The PVDF layer on the visceral side forms a barrier to the intestines. PVDF demonstrably...