Encode® Emergence Impression System

Designed for Surgical and Restorative Aesthetics and Efficiency

The 3-in-1 healing abutment, scan-body and impression coping for natural tissue-healing and restorative efficiency.

Features
Benefits
Informational Material
Bibliography

The Encode Emergence impression system is designed to provide a simpler, more efficient, and more comfortable impression process for both the clinician and the patient. In contrast to traditional methods, it reduces the need for invasive procedures and contributes to maintaining the health of the peri-implant tissues.

Features

  • 3-in-1 Functionality: Serves as a healing abutment, scan-body, and impression coping, eliminating the need for component swapping
  • Advanced Design: Features modern emergence profiles that support natural soft tissue healing
  • User-Friendly Coding: Includes easy-to-use codes for quick identification
  • Matte Pink Finish: Designed for optimal scanning and aesthetic integration
  • Improved Patient Experience: Provides a more comfortable procedure, significantly reducing the discomfort associated with traditional methods
  • Aesthetic Outcome: Ensures superior aesthetic results by maintaining natural soft tissue contours
  • Procedural Efficiency: Simplifies clinical workflow, saving valuable chair time
  • Versatile Options: Available in various emergence profile diameters and heights (2.9, 3, 5, and 7-mm)

Benefits

  • Natural Healing & Tissue Protection
    •  Natural Healing Support: Progressive emergence profiles guide soft tissue contouring.
    • Anatomical Preservation: Protects the architecture of both hard and soft tissues.
    • Reduced Manipulation: Minimizes the need for invasive reshaping procedures, ensuring the long-term health of peri-implant tissues.
  • Enhanced Aesthetic Results
    • Color Harmony: The matte pink finish naturally blends with the gingival tissue for a discreet result
    • Superior Digital Accuracy: Reduces reflections during intraoral scanning
    • High Clarity: Ensures clean and precise digital impressions
  • Simplified Workflow
    • Κατάργηση περιττών σταδίων: Δεν απαιτούνται impression copings ή συμβατικά υλικά αποτύπωσης
    • Elimination of Redundant Steps: Impression copings and conventional impression materials are no longer required
    • No Physical Models: Eliminates the need for traditional plaster casts, reducing operational costs
    • High Predictability: Enhances the stability and precision of the treatment process
    • Time Efficiency: Faster and more efficient clinical procedures
    • Improved Patient Experience: Fewer appointments and greater comfort throughout the restorative process
    • Competitive Advantage: Elevates the clinical image of the practice and improves the ability to manage a higher volume of cases

ZimVie’s Encode® Emergence Healing Abutments

Dr. Christian Coachman on ZimVie’s Encode® Emergence Healing Abutments

Resources

Brochure

Encode Emergence Impression System Brochure

 

Encode Emergence Ref Sheet Final Secured

 

Encode Emergence Sell Sheet Final

 

Restorative Digital Brochure

 

Encode Emergence Impression System Brochure Final

 

Catalogs

Ordering Information for Encode Emergence Healing Abutments Final Secured

 

Manuals

Encode Emergence Restorative Procedure Final Secured

 

Encode Emergence Surgical Manual Final

 

Encode Emergence 3shape Lab Manual

 

TSV Restorative Manual Final Secured

 

Bibliography

  1. 1 Schupbach P. The defense architecture of the human peri-implant mucosa: a histological study. J Prosthet Dent. 2007 Jun;97(6 Suppl):S15-25.
    2 Abrahmsson. 1997 Journal of Clinical Periodontal 1997: 24: 56S-572. The mucosal barrier following abutment dis/reconnection. An experimental study in dogs.
    3 Hartman G. Initial implant position determines the magnitude of crestal bone remodeling. JOP 2004 Apr; Vol 75, No. 4.
    4 Hartlev J, et al. Immediate placement and provisionalization of single-tooth implants involving a definitive individual abutment: A clinical and radiographic retrospective study. COIR 2012 Mar; DOI: 10.1111/j.1600-0501.2012.02442.