DSI Ti-Base conical abutments offer enhanced aesthetics and faster recovery. These abutments are designed to provide excellent compatibility with NobelActive® narrow (Ø3.5mm) implant conical connection. They boost the speed, accuracy, and cost-efficiency of conventional abutment restoration systems without needing individual lab corrections or remodeling, outperforming other market options.
The DSI Ti-Base library features up to four adjustable milling precision protocols for precise scans. This digital system ensures maximum accuracy with deviations of just a few microns. They have a special hexagon on the upper side to match the DSI scan post geometry, providing stability for crown attachment and improving prosthesis integrity in multiple implant restorations.
These abutments simplify achieving a perfect fit in single, partial, or full denture restorations, with a geometric structure that adapts to the gum line for long-term performance and improved aesthetics. They are made from high-quality Grade 5 titanium, reduce trauma during insertion and removal, and achieve unparalleled performance and unmatched precision.
Links for DSI digital libraries download:
Indications:
- Single crown
- Multiple teeth
- Complete bridges
- Fabrication of long-term/permanent restorations
Features:
- Excellent biocompatibility, no risk of abruption.
- Precise and functional.
- Simple, fast, and accurate positioning.
- Outstanding stability for the crowns and bridges
- Special collar adapts to the gums emergence profile for an easier permanent restoration
Technical information:
- Made of titanium alloy grade 5 Ti-6Al-4V ELI - biocompatible
- Platform: Narrow Platform NP Conical Connection Ø3.5mm
- Collar: 0.5mm
- Connection type - Hexagon/Rotational
- Compatible with: DSI Conical NP, NobelActive® NP platform Ø3.5mm
- Titanium fixation screw included with every abutment
- Fully compatible with
- Titanium fixation screw included with every abutment
The package includes 1 DSI Ti-Base abutment with a fixation screw (connection for selection)
