A Rotational Ti Base Abutment serves as the stable titanium connection between a dental implant fixture and a CAD/CAM-manufactured superstructure. Designed for precision, these components accommodate individual anatomical variations while ensuring a reliable restorative foundation.
Selecting the correct component requires careful verification of connection geometry, platform dimensions, rotational configurations, and digital design parameters.
Technical Specifications & System Compatibility
|
Parameter |
Specification Standard |
|
Product Type |
Rotational Ti Base Abutment (Engaging / Non-Engaging Options) |
|
Material Composition |
Titanium Grade 5 (ELI / Ti-6Al-4V ELI per ASTM F136 / ISO 5832-3) |
|
Implant Compatibility |
Compatible with major international implant connection systems |
|
Platform Options |
Narrow (NP), Regular (RP), Wide (WP) - System-specific |
|
Base & Gingival Heights |
Engineered in multiple vertical dimensions per catalog drawings |
|
Fixation Hardware |
Matching prosthetic retention screw included |
|
Driver Interface |
Standardized hexagonal or proprietary system-matched geometry |
|
Quality Standard |
Manufactured under strict medical device quality management systems |
Core Applications
CAD/CAM Screw-Retained Restorations: Acts as the base for digitally designed custom abutments, hybrid structures, and single-unit or multi-unit screw-retained crowns.
Prosthetic Component Inventories: Ideal for stocking standardized connection interfaces, ensuring repeatable laboratory workflows and reliable long-term clinical performance.
Custom Restorative Solutions: Adaptable for specialized restorative profiles when verified through technical drawings and engineering review.
Digital Integration & Workflow
Modern dental restorations rely heavily on precise digital accuracy. This component is fully supported by open and closed digital ecosystems:
CAD/CAM Libraries: Official component libraries (including 3Shape, exocad, and Dental Wings) are available to ensure accurate virtual seating, correct emergence profiles, and reliable milling parameters.
Machining Tolerance Control: Critical connection interfaces are CNC-machined to tight tolerances, ensuring a secure, micro-gap-minimized connection to the implant fixture.
Step-by-Step Selection Guide
Identify Implant System: Confirm the exact manufacturer, implant line, connection type, and platform diameter. Visually similar geometries are not interchangeable.
Verify Rotational Design: Determine whether the clinical case requires a rotational or anti-rotational configuration to prevent movement under functional load.
Evaluate Restorative Space: Assess vertical clearance, gingival height, and screw access channel angles before finalizing the virtual design.
Confirm Screw Compatibility: Match the precise thread pitch, head seating angle, and recommended tightening torque.
Review Technical Documentation: Always cross-reference the official product drawing and material specifications to ensure regulatory and clinical compliance.
Quality Assurance & Material Verification
Raw Material Integrity: Fabricated from certified medical-grade titanium, ensuring excellent biocompatibility and mechanical strength.
Precision Inspection: Critical mating surfaces undergo strict dimensional and optical inspection to guarantee rotational stability and structural fit.
Traceability: Each component is laser-marked with clear lot identification to ensure full batch tracking from raw material to final delivery.
FAQ
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