Surgical mesh is a medical device used in various surgical procedures to provide support and reinforcement to weakened or damaged tissues. Typically made from synthetic materials like polypropylene or bioabsorbable substances, surgical mesh is designed to be implanted within the body to help repair and strengthen anatomical structures. It finds extensive application in procedures such as hernia repairs, pelvic organ prolapse repairs, and certain reconstructive surgeries. The mesh acts as a scaffold, promoting tissue growth and preventing the recurrence of hernias or other conditions. Despite its widespread use, surgical mesh has been associated with certain complications, such as infection, inflammation, and mesh migration, leading to ongoing debates about its safety and regulatory scrutiny in recent years. The choice of mesh type, patient selection, and surgical technique are crucial factors in determining the success and safety of procedures involving surgical mesh. Advances in research and technology continue to refine the design and usage of surgical mesh, aiming to improve patient outcomes and minimize potential risks.

Completely covered by a 100 % pure 

titanium oxide layer. 

• Light weight mesh with reduced material 

surface for all treatments. 

• Versatile indication specific sizes and designs 

adapted to the surgeons needs. 

• Large pored mesh structure (2,8 mm) with 

47 g/m2. 

• Optimized pore structure or highest flexibility 

• Self inflating for fast and effective 

laparoscopic handling. 

• Fast and effective mesh placement supports 

the clinical time management.