Regeneration powered by
resorbable magnesium
More predictable dental bone and soft tissue grafting
Key Features
Form stable, yet resorbable
Our metallic magnesium devices have the form-stability needed to protect regenerating bone defects while resorbing over the course of six months
Soft tissue friendly
Our metallic magnesium devices have demonstrated reduced soft tissue injuries and irritations compared to titanium devices in a pre-clinical study
Free of human and animal tissue
Our metallic magnesium devices are fully synthetic and contain only magnesium and other elements naturally found in bone
Product Pipeline
Regeneration powered by resorbable magnesium
Barrier membrane
Emergence Dental’s lead product is a magnesium-based barrier membrane for use in ridge augmentation procedures. It combines the form-stability of today’s titanium-reinforced barrier membranes or meshes with the resorbability of natural polymer barrier membranes.
Membrane fixation system
Emergence Dental is also developing a magnesium screw and custom surgical kit for the fixation of magnesium-based and other barrier membranes. These magnesium screws have similar strength to resorbable polymeric screws without the concern of inflammation from acidic degradation by-products.
Bone void fillers
Emergence Dental’s magnesium-polymer bone void filler is suitable for indications ranging from ridge preservation to ridge augmentation. The fully synthetic magnesium-based composition supports bone regeneration and avoids drawbacks of many alloplastic bone void fillers
Latest News
Emergence Dental receives $200,000 research support renewal
Emergence Dental receives $200,000 research support from Michigan-Pittsburgh-Wyss Regenerative Medicine Resource Center to further dental bone grafting system in partnership with nanoMAG Pittsburgh, PA –
Emergence Dental joins Inaugural AlphaLab Health Cohort
Emergence Dental was selected to join the inaugural AlphaLab Health cohort earlier this year, a new partnership between Innovation Works and Allegheny Health Network. The