Partially Absorbable Mesh

Warp-knitted mesh made of polyglycolic acid for temporary wound support during healing. Porous structure increases mechanical load capacity of supported tissue.

The monofilament Polypropylene Mesh is bio-compatible, non-absorbable, sterile and porous material. Fabric has soft design, flexible, strong with permeable pore for use in hernia repair as well as other soft tissue reinforcement with ideal properties for high visibility & colonization. It is easy for use in laparoscopic procedures. Thin wall structure with less surgical mesh material for reducing scar tissue build up and minimize patient discomfort. Ideal properties for high visibility & colonisation. Paha PP Mesh has the properties of ideal mesh. Polypropylene products are sterilized using EO technique. Strong and durable polypropylene mesh material maintains consistent of strength. Transparent open pore structure in polypropylene mesh facilities fast incorporation and visualization of underlying tissue structures. Polypropylene Mesh is 100% bio-compatible according to ISO-10993 standards. Bio-compatibility results for Polypropylene Mesh are available. Re-sizing of Polypropylene mesh is achieved by laser cutting technique due to its versality and ability to seal the cut edges. The sterilization Method is EtO Sterilization according to ISO 11135 standard.

Partially absorbable hernia repair mesh designed for surgical reinforcement of abdominal wall defects. This mesh combines absorbable and non-absorbable components to provide initial structural support while gradually integrating into host tissue, reducing long-term foreign body burden. Indicated for open and minimally invasive hernia repair procedures.

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.

Gradually resorbing surgical mesh designed for temporary hernia support during tissue healing. Suitable for contaminated fields or situations requiring temporary reinforcement. Available in various resorption timeframes.

Bioabsorbable mesh materials for temporary tissue reinforcement in surgical procedures. These materials provide structural support during the critical healing phase and are gradually resorbed by the body. Suitable for applications where permanent reinforcement is not required.

An absorbable surgical mesh produced through fine processing of synthesized biodegradable polymers. The mesh is designed for surgical applications and is absorbed by the body after use.

MEIYI Absorbable Mesh is a warp-knitted mesh made of polyglycolic acid for temporary wound support. The porous structure increases mechanical load capacity of supported tissue during the wound healing phase.

ProHealTM Semi-Absorb 3D Mesh is a semi-absorbable surgical mesh designed for hernia repair and soft tissue reinforcement. The mesh combines gradual absorption with long-term mechanical support, providing temporary scaffolding while allowing tissue integration and remodeling.

Polypropylene mesh is a surgical implant used for hernia repair and tissue reinforcement in abdominal and pelvic procedures. The mesh provides structural support and promotes tissue integration, reducing recurrence rates. Available in various configurations including plain, coated, and lightweight options for optimal biocompatibility.

Monofilament Polypropylene Mesh made from high quality polypropylene sutures for hernia repair. It is non-absorbable and provides permanent support, resistant to degradation by tissue enzymes.

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