SERASYNTH® MESH

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.

Implantable mesh devices for soft tissue replacement and reconstruction in various surgical specialties. Engineered to integrate with body tissue while maintaining structural integrity.

Surgical net implants for soft tissue replacement and reinforcement of body tissue structures in various surgical applications. Designed to strengthen existing tissue and promote healing.

Biocompatible mesh materials used in hernia repair and tissue reinforcement procedures. These mesh products provide structural support to weakened tissues and facilitate integration with surrounding tissue.

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.

Synthetic or biological mesh materials for pelvic floor and urological reconstructive procedures. Used in stress urinary incontinence and pelvic organ prolapse treatment. Provides structural support in surgical reconstruction.

Semi-absorbable surgical mesh designed for reinforcement and repair in general, vascular, and orthopedic surgery. Combines permanent and absorbable components to provide initial structural support while allowing gradual tissue integration. Indicated for hernia repair, abdominal wall reconstruction, and soft tissue reinforcement 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.

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.

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

Implantable surgical mesh for reinforcement in hernia repair and reconstructive procedures. Available in various configurations for different surgical specialties and clinical requirements.

A hybrid mesh medical device combining collagen sheet and polycaprolactone (PCL) mesh manufactured using 3D printing technology. It is used for reinforcement and reconstruction of damaged soft tissues such as muscle and abdominal wall. The device is biodegradable, naturally dissolves in the body over approximately 6 months, and regenerates as tissue while reducing adhesion problems. It addresses issues associated with cadaver-derived dermal grafts including high cost, inflammatory response, and supply imbalance.