SERASYNTH® MESH - Breast Reconstruction

Textile materials designed as protective barriers for breast reconstruction implants. These biocompatible covers reduce capsular contracture and provide tissue integration support.

Biocompatible textile scaffolds designed for bladder augmentation and reconstruction procedures. These materials support urothelial regeneration with appropriate compliance and durability for urinary storage.

Custom-designed textile scaffolds for ligament reconstruction and repair applications. Engineered to provide appropriate mechanical properties and biocompatibility for orthopedic procedures.

Woven and braided textile solutions for tendon repair and reconstruction in orthopedic procedures. Designed to support tissue integration and appropriate mechanical loading.

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

Synthetic surgical meshes designed for reinforcement and repair in general, vascular, cardiac, thoracic, and orthopedic procedures. These biocompatible devices provide structural support for tissue reconstruction and hernia repair, manufactured to ISO standards with proven clinical efficacy across multiple surgical specialties.

A specialized surgical mesh implant designed for breast reconstruction and soft tissue reinforcement in various surgical applications. It is part of BioCer's modern surgical net implant portfolio. Available variants: TiO₂Mesh™ BRA.

Specialized textile meshes designed for urological applications including sling procedures and pelvic floor reconstruction. These materials provide appropriate mechanical properties and biocompatibility for urological surgery.

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.

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.

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.

A unique collagen-elastin matrix designed to serve as a dermal replacement scaffold for tissue regeneration applications. This bioengineered scaffold maintains native biomaterial properties and promotes effective tissue reconstruction and healing.