Hemashield Gold Microvel Double Velvet Mesh

Double-layered prosthesis made of microporous side in ePTFE and macroporous side in monofilament Polypropylene

A macroporous polypropylene mesh formulation within the ADVAMESH portfolio that prioritizes patient comfort and tissue integration in hernia repair. The macroporous design enhances biocompatibility and supports natural healing while maintaining the strength and resilience needed for durable hernia repair across various surgical approaches.

A medium weight variant of the ADVAMESH polypropylene mesh portfolio designed to improve patient recovery by providing superior support and flexibility while encouraging natural tissue integration. This mesh is engineered for better conformity and lower recurrence rates, facilitating a more comfortable and efficient healing process in hernia repair procedures.

Advanced mesh materials with reinforced structures for enhanced strength and tissue integration in hernia repair. These products provide superior mechanical properties for challenging surgical applications. Designed to reduce recurrence rates in repair procedures.

Advanced surgical mesh combining multiple material layers for optimal hernia repair. Features adhesion barriers, seroma drainage holes and placement markers for enhanced surgical placement. Laser-cut to precision with sealed edges.

Specialized surgical mesh for hernia repair applications, providing tissue reinforcement. Manufactured according to strict international medical device standards.

PVDF mesh is a synthetic implant material designed for hernia repair and abdominal wall reconstruction in general surgery. The polyvinylidene fluoride mesh provides biocompatibility and mechanical strength for reinforcing tissue defects. It is used in open and minimally invasive surgical procedures to support tissue integration and reduce recurrence rates.

Hybrid mesh materials combining permanent reinforcing fibers with absorbable components for optimal tissue integration. These products provide temporary support during critical healing phases while maintaining long-term reinforcement. Designed for reduced chronic inflammatory response.

Specialty filament mesh designed for hernia repair and tissue reinforcement in surgical procedures, engineered for biocompatibility and durability.

Composite surgical mesh combining multiple layers for enhanced biocompatibility in hernia repair. Designed for parietal wall reinforcement in complex surgical cases.

Biocompatible material used in surgical procedures to reinforce tissue repairs and prevent hernia recurrence. Available in absorbable and non-absorbable options for different surgical applications.

A fundamental surgical mesh product for general hernia repair applications.