Tall Ti Base Abutment

The Tall Ti Base Abutment is intended for advanced implant cases where additional vertical post height is mandatory for the planned prosthetic design. Successful selection relies on precise matching of the implant system, connection geometry, available inter-occlusal space, and custom superstructure design. A taller post profile does not imply universal compatibility across all implant platforms; all parameters must be verified prior to clinical use or laboratory processing.

Extended Restorative Post: Provides additional vertical structure for complex restorations requiring greater working height.

Medical-Grade TC4 Alloy: Manufactured from high-strength TC4 titanium alloy (Ti-6Al-4V ELI) for exceptional biocompatibility and long-term fatigue resistance.

Optimized Gingival Heights: Designed to properly manage the soft-tissue emergence profile relative to individual clinical conditions.

Precision-Machined Interface: Features tight dimensional tolerances and secure seating surfaces to minimize micro-gaps at the implant connection.

Digital Workflow Integration: Compatible with leading CAD/CAM software platforms for efficient scan, design, and milling procedures.

Single-Unit Restorations: Ideal for single crowns requiring an extended post for retention and stability.

CAD/CAM Custom Superstructures: Suitable for custom zirconia or titanium abutments designed via digital workflows.

Dental Laboratory Prototyping: Provides repeatable geometry, reliable friction fit, and documented interface tolerances.
 

Confirm the Implant System: Identify the exact implant manufacturer, product line, connection type, and platform size. Similar-looking connections must not be treated as interchangeable without verification.

Determine Restorative Height: Compare the nominal post height with available inter-occlusal space and superstructure design. If post reduction is planned, verify the minimum remaining height with technical documentation beforehand.

Select Gingival Height: Choose the appropriate GH option based on soft-tissue depth and emergence profile requirements.

Verify Screw and Driver Interface: Check mating screw specifications, recommended driver types, and seating geometry prior to final assembly.

Digital Design: Import the correct library file into the CAD software. Ensure the design parameters respect the minimum wall thickness and height limits of the titanium base.

Post Modification (If Permitted): If the restorative post requires shortening, use water-cooled carbide burs under low pressure. Do not compromise the structural integrity or anti-rotation features.

Surface Conditioning: Clean and air-abrade the bonding surface of the titanium base according to the recommended adhesive protocol.

Cementation: Use a dental-grade resin cement specifically indicated for titanium-to-zirconia or titanium-to-superstructure bonding. Remove all excess cement completely before seating.

Torque Application: Tighten the abutment screw to the manufacturer's recommended torque value using a calibrated torque wrench.