Healing Abutment compatible with Ctech™

Healing Abutment compatible with Ctech™

Product Overview

Healing Abutment compatible with Ctech™ is developed to fit the Ctech™ implant system, precision-manufactured from medical-grade TC4 titanium alloy. It is mainly used in the soft tissue healing phase after implant surgery to scientifically guide gingival growth, regularize gingival margin morphology, and accurately shape a natural and smooth transmucosal profile, laying a standard soft tissue foundation for subsequent permanent restorations such as crowns and bridges. Multiple specifications are available to suit varied clinical gingival conditions and restoration scenarios.

Product Material

Medical-grade TC4 titanium alloy, formed via high-precision CNC milling. It features a fine, flat surface with dense and stable structure, excellent biocompatibility and corrosion resistance, suited for the long-term intraoral healing environment.

Main Specifications & Parameters

Note: D=Diameter; L=Overall Head Length; C=Available Cuff Height. The product is supplied non-sterile.

Scope of Application

This product is compatible with the Ctech™ implant system. It is used for gingival contouring and trimming during implant osseointegration. It can be applied to single crowns, multi-unit bridges and full-arch implant restorations, widely suitable for routine implant cases in anterior aesthetic zones and posterior functional zones.

Product Advantages

• Precise matching for dedicated system: Strictly compliant with the interface technical standards of Ctech™ implants. It delivers superior fitting accuracy with smooth and stable passive seating. No loosening or displacement occurs during healing, effectively avoiding healing risks caused by micro-gaps at the interface.

• Stable locking with strong anti-micromotion capacity: With locking structure designed for the Ctech™ system, it can effectively restrain abutment micromotion and screw loosening, maintain structural stability throughout the healing period and protect surrounding bone and soft tissues.

• Outstanding aesthetic contouring performance: Adopting a profile design conforming to the physiological morphology of natural gingiva, it can evenly support soft tissues and preserve adequate gingival volume, effectively preventing gingival collapse and papilla recession, and forming a transmucosal shape meeting the requirements of aesthetic restoration.

• Excellent soft tissue adaptability: The precisely machined smooth surface is free of burrs and rough textures, greatly reducing bacterial adhesion and mucosal irritation, lowering postoperative inflammatory response and supporting steady and healthy healing of gingival tissues.

• Multiple specifications for full scenarios: A rich combination of diameters and gingival heights allows flexible selection according to patients’ gingival thickness, implant depth and mucosal biotype, adapting to clinical cases with different hard and soft tissue conditions.

• Optimized second-stage restoration workflow: Soft tissues shaped by standardized contouring have uniform and regular morphology, eliminating extensive trimming surgery in the second stage. It effectively simplifies the workflow of impression taking and prosthetic fabrication, improving clinical restoration efficiency and final restoration outcomes.