Bicon Compatible Sinus Lift Temporary Abutment

Designed to support implant stabilization in the posterior maxilla, the Sinus Lift Temporary Abutment helps prevent implant displacement and maintains graft material stability during sinus augmentation procedures.

Specifications

Features

• Wide Tent-Shaped Design
  The enlarged tent-shaped profile creates a broader support surface above the implant, helping stabilize the implant within the augmented sinus area while supporting surrounding graft materials.
• Enhanced Implant Retention
  Provides additional mechanical support to minimize implant displacement and improve positional stability during early healing.
• Supports Bone Graft Stability
  Helps maintain graft material placement around the implant site and reduces the likelihood of graft migration.
• Compatible with Bicon Implant Systems
  Engineered for seamless compatibility with Bicon-compatible implant connections, ensuring convenient integration into existing workflows.
• Easy Placement and Removal
  Designed for efficient chairside handling during sinus augmentation procedures.

Product Benefits

1. Improved Surgical Predictability
   Helps maintain implant positioning throughout the healing period.
2. Reduced Risk of Implant Migration
   Provides additional stabilization that may reduce the likelihood of implant movement toward the sinus cavity.
3. Better Support for Augmented Site
   Assists in maintaining graft integrity during bone regeneration.
4. Greater Confidence in Challenging Cases
   Particularly beneficial in cases involving:
   Limited residual bone height
   Extensive sinus pneumatization
   Simultaneous implant placement with sinus lift
   Posterior maxillary implant rehabilitation

Why Is Additional Stability Needed During Sinus Lift Procedures?

Following tooth loss in the posterior maxilla, progressive bone resorption and maxillary sinus pneumatization often result in insufficient alveolar bone height.

In many cases, the remaining bone volume is inadequate to achieve predictable primary stability for standard-length implants.

This may increase the risk of:

• Implant displacement during healing
• Implant angulation deviation
• Loss of graft material stability
• Sinus membrane perforation complications
• Implant migration into the maxillary sinus

For clinicians performing sinus augmentation procedures, maintaining implant stability throughout the healing phase is critical for achieving successful osseointegration and long-term treatment outcomes

Indications

Recommended for use in:

• Lateral Window Sinus Lift Procedures
• Crestal Sinus Elevation Procedures
• Simultaneous Implant Placement with Sinus Augmentation
• Posterior Maxillary Implant Rehabilitation
• Cases with Limited Residual Bone Height
• Bone Grafting Procedures Requiring Additional Implant Stabilization