- A mid-sized, rectangular dual-layer allograft offering a larger surface area (300mm²) than the standard "stamp" sizes, making it the preferred choice for wide molar extractions or moderate soft tissue defects
Uses
- Large Molar Socket Preservation:
- Ideal for covering the wide "footprint" of a multi-rooted mandibular or maxillary molar
- Multiple Extraction Sites:
- Long enough to span two adjacent premolar or incisor sockets
- Soft Tissue Augmentation:
- Used to increase tissue thickness over bone grafts in the aesthetic zone
- Palatal Protection:
- Acts as a biological dressing over the site where a connective tissue graft was harvested
- Direct/Indirect Pulp Capping:
- Can be trimmed to protect larger exposures of the dental pulp
Features
- Dual-Layer Construction:
- Combines the amnion and chorion layers for a thicker, more durable barrier that resorbs more slowly than single-layer patches
- 15mm x 20mm Footprint:
- Provides substantial coverage while maintaining a manageable shape for the oral cavity
- High Bioactivity:
- Naturally loaded with endogenous growth factors and cytokines that coordinate the wound-healing cascade
- Omni-Directional Application:
- Since it is dual-layered, it can often be applied to the site without a specific "up" or "down" side requirement
- Sterile & Safe:
- Processed using proprietary cleaning technology to ensure a high level of safety while preserving protein integrity
- Dehydrated Storage:
- No refrigeration required; it can be stored at room temperature with a long shelf life
Benefits
- Optimized Dimensions:
- The 15mm width is specifically suited for wide-body dental implants and large molar ridges
- Pain & Inflammation Control:
- Effectively "shuts down" the inflammatory response, leading to less swelling and post-op discomfort for the patient
- Sticky Handling:
- Once rehydrated by the surgical site's moisture, it becomes tacky and adheres to the bone or tissue surface instantly
- Seamless Integration:
- As a human allograft, it is recognized by the body and integrated into the native tissue without leaving a permanent scar
