- A premium, non-resorbable 25mm × 30mm precision titanium mesh barrier used in advanced oral, periodontal, and maxillofacial surgeries to ensure reliable space maintenance during Guided Bone Regeneration (GBR)
Uses
- Alveolar Ridge Reconstruction:
- Maintains the essential spatial volume over severe alveolar bone defects, allowing bone grafting material to mature into solid bone
- Bone Augmentation Graft Containment:
- Acts as a stabilizing shield that blocks soft tissue ingrowth while keeping particulate bone grafts securely packed within the defect site
- Implant Site Development:
- Deployed prior to or alongside dental implant placement to regenerate missing bone width or height required for implant stability
Features
- Pure Titanium Construction:
- Fabricated entirely from medical-grade, implantable titanium, offering maximum biocompatibility and zero risk of tissue toxicity
- 12mm × 25mm Footprint:
- Sized as a standard rectangular strip with a 0.1mm thickness profile, optimized for typical localized or single-tooth ridge defects
- Thin, Supple Architecture:
- It is engineered to be highly malleable, allowing clinicians to effortlessly contour, bend, or trim the mesh to mirror complex oral tissue profiles
- No Fixation Hole:
- This specific entry configuration features a continuous mesh grid
Benefits
- Superior Space Maintenance:
- Unlike soft, resorbable membranes that can collapse under the pressure of overlying gum tissue, this rigid titanium structure holds its shape perfectly to ensure maximum bone volume gains
- Anti-Osseointegration Surface:
- Engineered with a specialized surface profile that prevents the titanium from fusing to the newly formed bone, making eventual surgical removal easy and atraumatic
- High Tissue Tolerance:
- Highly resilient in demanding oral conditions; clinical literature shows it protects the underlying graft wound site effectively even in the rare event of early soft tissue exposure
- Exceptional Fluid Permeation:
- The precision-perforated mesh allows vital nutrients, blood supply, and interstitial fluids to flow freely to the graft, speeding up osteogenesis
