Surgical meshes

Leading implant developer FEG Textiltechnik GmbH, which manufactures its products exclusively in Germany. The FEG’s award-winning meshes are successfully marketed under the internationally protected DynaMesh® brand in many countries around the world. Constant and close contact with major scientific, medical and technical institutions ensures that the FEG’s high-quality products meet the latest patient comfort and surgical requirements.

DynaMesh® products are made using technology which allows specific variations in the shape and structure of the textile implant, which means that different properties and characteristics have been constructed in different locations. The meshes are most accurately applied according to the indication, even more precise application is impossible.

DynaMesh® filaments have excellent bio compatibility, significantly lower levels of granuloma formation (scar tissue), fewer foreign body reactions such as scar contractions or pain compared to conventional polymers. In addition, the fibers are thinner and smoother than ordinary threads.

Product categories:

  • Surgical abdominal wall and song mesh;

  • Parastomal meshes;

  • Gynecological meshes;

  • Female urinary incontinence meshes;

  • Women’s pelvic floor repair loops;

  • Male urinary incontinence meshes.

Advantages of the song meshes:

  • Less effort. DynaMesh is designed for safe and time-saving surgical handling. The elastic safety zone in the mesh, incorporated by using a special warp-knitting technique, makes it easier for the surgeon to achieve fold-free positioning of the implant.

  • Less risk. The newly constructed slit design makes for perfect tunnel modulation with optimal pressure distribution. This prevents spermatic cord stenosis and possible postoperative complications. In addition, the high tear propagation resistance at the end-point of the slit prevents mesh ruptures from occurring.

  • Less erosion. The atraumatic smooth selvedges in the slit reduce erosion formation on the spermatic cord. They decrease postoperative pain and enable the patient to resume normal activity sooner.

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