David EVI N Implant 16° Conical Taper

16° Internal Conical Morse Taper Connection

The David EVI N Implant incorporates a precision-engineered 16° internal conical connection, providing a deep and secure implant-abutment interface.

The Morse Taper design supports mechanical stability and helps minimize micromovement at the implant-abutment junction.

The connection is common to all implant diameters, simplifying restorative procedures and component selection.

Compatibility with Neodent GM (Grand Morse)

The David EVI N Implant is designed for compatibility with the Neodent GM prosthetic platform.

This compatibility enables clinicians to use corresponding Neodent GM-compatible restorative components, including compatible abutments and digital prosthetic solutions.

The standardized connection simplifies restorative workflows and provides flexibility when planning implant-supported restorations.

Optimized Implant Geometry

The implant features a reverse-tapered neck and platform-switching design, helping preserve bone and soft tissue volume around the implant.

This geometry supports peri-implant tissue stability and contributes to long-term functional and aesthetic outcomes.

Advanced Coronal Design

The cylindrical-conical body and progressive thread geometry provide effective fixation and bone-condensing properties, particularly in areas with reduced bone density.

The design enhances mechanical engagement with surrounding bone and contributes to high primary stability.

Progressive Thread Design

The implant incorporates progressive threading engineered to facilitate insertion and improve mechanical stability.

The thread geometry supports controlled bone compression and helps distribute functional forces throughout the surrounding bone.

Double Thread Configuration

Double threading in the cervical region helps optimize load distribution within the cortical bone.

Deeper threads toward the apical region enhance engagement with cancellous bone and support primary stability.

Self-Tapping Design

Integrated cutting edges and increased thread depth provide efficient self-tapping capabilities.

This design facilitates implant insertion and helps reduce the need for additional preparation in suitable clinical conditions.

Optimized Apical Geometry

The apical portion features cutting grooves and specially designed blades that support controlled implant positioning.

These elements facilitate insertion, improve mechanical engagement, and help achieve reliable primary stability.

Annular Microgrooves

Strategically positioned annular microgrooves help reduce stress concentration within the surrounding bone and maximize Bone-to-Implant Contact (BIC).

Ultra-Pure RBM Surface Treatment

The David EVI N Implant features advanced RBM (Resorbable Blast Media) surface treatment technology.

This treatment creates a controlled micro-roughened surface designed to support bone cell attachment, contact osteogenesis, and successful osseointegration.

High Primary Stability

The combination of progressive threads, optimized body geometry, and self-tapping cutting edges provides excellent primary stability, including in low-density bone and post-extraction sockets.

Versatile Clinical Applications

The David EVI N Implant is suitable for a wide range of implant procedures, including:

• Immediate placement in post-extraction sockets
• Immediate loading when adequate primary stability is achieved
• Implantation in low-density bone
• Single-tooth restorations
• Partial implant-supported restorations
• Full-arch implant-supported prostheses
• One-stage and two-stage surgical protocols