- A multi-layer, non-resorbable barrier membrane featuring a pure titanium framework enclosed within two layers of expanded polytetrafluoroethylene (ePTFE), measuring 30mm x 41mm featuring a pure titanium framework enclosed within two layers of expanded polytetrafluoroethylene (ePTFE)
Uses
- Large Posterior Extraction Sites:
- Covering and sealing expansive molar extraction wounds where multiple tooth roots have been removed
- Severe Posterior Ridge Augmentation:
- Reconstructing extensive bone volume loss in the mandible or maxilla before prosthetic implant placement
- Multi-Implant Grafting Enclosures:
- Serving as a rigid dome over continuous implant setups that exhibit advanced fenestration or dehiscence defects
- Complex Periodontal Defects:
- Resolving vast, multi-wall bony voids that require deep graft containment over prolonged healing periods
Features
- Anatomical Winged Design (30mm x 41mm):
- Specifically proportioned to wrap over the alveolar ridge crest and extend down the lingual and buccal plates, maximizing coverage in posterior zones
- Embedded Pure Titanium Skeleton:
- Features an internal, implant-grade titanium framework that provides superior space-making capacity. It prevents the soft tissue flap from compressing or collapsing the underlying bone graft
- Macro-Perforated Windows:
- Designed with precision macro-holes throughout the ePTFE layers. This allows blood vessels from the overlying periosteum to grow directly into the graft site, rather than forcing vascularity to travel exclusively from the wound margins
- Double-Sided "Strawberry Field" Texture:
- Styled with a specialized surface micro-texture on both sides to drastically increase friction against host tissue, simplifying precise chairside placement
- Bacteria-Blocking ePTFE:
- Even with microvascular access holes, the core medical-grade ePTFE sheeting provides a reliable physical barrier that blocks bacteria and excludes fast-migrating soft tissue cells
Benefits
- Zero-Recoil Malleability:
- The membrane can be cleanly trimmed with surgical scissors and bent into a rigid, three-dimensional dome shape. Once shaped, it exhibits no spring-back, which protects particulate bone grafts from migrating
- Accelerated Neovascularization:
- By permitting direct trans-membrane blood flow, the perforated layout speeds up nutrient delivery, leading to more efficient bone regeneration and higher overall cell viability
- Extended Structural Security:
- Engineered to remain completely stable under the muco-periosteum for 30 days up to 6 months, giving slow-forming bone ample time to mature before the membrane is retrieved
- Clean Soft-Tissue Adherence:
- The textured surfaces enhance primary flap stability, lowering the risk of flap dehiscence or early exposure often seen with slick, non-textured non-resorbable membranes
