Clever Partially Absorbable Mesh by Invamed merges the benefits of both non-absorbable and absorbable polymers in a single, lightweight implant. This unique hybrid structure maintains robust long-term support while reducing mesh mass over time, minimizing post-operative complications and improving patient comfort. Particularly suitable for ventral, incisional, or inguinal hernia repairs, this mesh delivers superior integration and encourages a smoother healing process. Hybrid Fiber Composition
Combination of non-absorbable polypropylene (PP) or polyester with absorbable polyglycolic acid (PGA) or polylactic acid (PLA) filaments, creating a partially absorbable scaffold.
Over time, the absorbable components safely degrade, reducing overall mesh mass and lessening foreign-body reaction while maintaining essential tensile strength.
Lightweight & Flexible
Designed with low-profile weaving that enhances suppleness, promoting natural abdominal wall motion and diminishing patient discomfort.
Decreased mesh stiffness aids in optimal tissue ingrowth, reducing the risk of chronic pain or mesh-induced complications.
Biocompatible & Secure Fixation
High-purity polymer composition ensures minimal inflammatory response, fostering stable integration with host tissues.
Mesh can be anchored via sutures, tacks, or adhesives, with long-lasting fixation from the permanent polymer component.
Porous Structure for Tissue Ingrowth
Macro-porous design allows fluid drainage, cell infiltration, and vascularization—critical for robust scar formation and lower infection risk.
Facilitates easier endoscopic visibility (when used laparoscopically), ensuring confident and accurate placement.
Clinical Indications
Ideal for ventral hernia repairs (incisional, umbilical, epigastric), inguinal hernias, or other abdominal wall defects requiring partial absorption and long-term reinforcement.
Particularly beneficial for patients with higher risk of chronic pain or those requiring a lightweight mesh alternative.
Combination of non-absorbable polypropylene (PP) or polyester with absorbable polyglycolic acid (PGA) or polylactic acid (PLA) filaments, creating a partially absorbable scaffold.
Over time, the absorbable components safely degrade, reducing overall mesh mass and lessening foreign-body reaction while maintaining essential tensile strength.
Designed with low-profile weaving that enhances suppleness, promoting natural abdominal wall motion and diminishing patient discomfort.
Decreased mesh stiffness aids in optimal tissue ingrowth, reducing the risk of chronic pain or mesh-induced complications.
High-purity polymer composition ensures minimal inflammatory response, fostering stable integration with host tissues.
Mesh can be anchored via sutures, tacks, or adhesives, with long-lasting fixation from the permanent polymer component.
Macro-porous design allows fluid drainage, cell infiltration, and vascularization—critical for robust scar formation and lower infection risk.
Facilitates easier endoscopic visibility (when used laparoscopically), ensuring confident and accurate placement.
Ideal for ventral hernia repairs (incisional, umbilical, epigastric), inguinal hernias, or other abdominal wall defects requiring partial absorption and long-term reinforcement.
Particularly beneficial for patients with higher risk of chronic pain or those requiring a lightweight mesh alternative.
