3.1 mmD Eztetic® Dental Implant

Beauty Now And Beyond

For the first time, a Conical Connection, Double Friction-Fit connection, and Platform Switch have been combined to create a state-of-the-art abutment connection

The 3.1 mmD Eztetic Dental Implant offers a narrow, powerful solution for demanding anterior spaces. This innovative dental implant is designed to provide initial stability, allowing immediate restorations when clinically appropriate.

Features

  • Platform Switching Design: Incorporated at the coronal aspect via a precise implant-abutment connection
  • State-of-the-Art Connection: Combines Conical Connection, Double Friction-Fit, and Platform Switch into a single, advanced connection
  • Deep Conical Connection: A 3.0 mm length designed for superior load distribution within the implant

Benefits

Three Benefits in One Connection

The stability, strength, and precision of the implant-abutment connection are critical factors in achieving clinical success, particularly in the anterior zone.

The conical, Double Friction-Fit connection with platform switching, combined with Narrow Platform (NP) prosthetics, is designed for crestal bone maintenance and superior aesthetics by allowing for maximum soft-tissue support.

  • Streamlined Surgical Workflow: The NP Surgical Module conveniently snaps into the Tapered Screw-Vent Surgical Kit, simplifying the surgical procedure
  • Prosthetic Versatility: User-friendly and accessible prosthetic options to meet diverse clinical needs
  • High Primary Stability: The implant design and specialized surgical protocol ensure high initial stability
  • Absolute Precision: The precise implant-abutment connection minimizes micromotion and microleakage

Eztetic Implant ZimVie

Resources

Eztetic Restorative Data Final

Retrieval Tools TSV, TSX, Eztetic Implant Systems.pdf

Eztetic Product Catalog Wdriva Drills

    1. Data on file.
    2. Shin SY, Han DH. Influence of a microgrooved collar design on soft and hard tissue healing of immediate implantation in fresh extraction sites in dogs. Clin Oral Implants Res. 2010;21:804-814.