Skip to main content- Strength Without the weight: Titanium offers an exceptional strength-to-weight ratio. A thin titanium bar can achieve the rigidity needed to resist flexural forces and micro‑motion without adding significant bulk or weight to the prosthesis—helping maintain patient comfort, phonetics, and hygienic contours.
- 99 % Implant Survival: In mid‑ to long‑term studies, full‑arch implant‑supported prostheses with CAD/CAM‑milled titanium‐bar reinforcement have demonstrated implant survival rates of approximately 97–100 %, with many cohorts clustering around 99 % over 5– to 7‑year follow‑ups.
- Minimized Galvanic Corrosion: Titanium’s stable oxide layer makes it exceptionally biocompatible and resistant to electrochemical reactions. By reinforcing with our titanium bar, you eliminate galvanic currents between dissimilar metals (e.g., CoCr) and natural tissues—reducing metallic taste, sensitivity, and tissue irritation.
- Even load distribution: A reinforced framework spreads occlusal forces more uniformly across all implants and the supporting bone. This uniform distribution reduces stress concentrations at individual implant sites, lowering the risk of overload-related bone resorption and prosthesis fracture.
