The Perfect Titanium Implant Narrow Internal Hex H2.1 (PFTI Narrow) is a high-precision dental implant designed for clinical situations requiring narrow-diameter solutions. Its self-tapping, double conical design with variable thread geometry ensures excellent primary stability and controlled insertion, even in areas with limited bone volume.
Manufactured from medical-grade titanium alloy (Ti-6Al-4V, ASTM F136), the implant offers outstanding strength, biocompatibility, and long-term clinical reliability.
The implant surface undergoes dual treatment (sandblasting and acid etching), creating a micro- and macro-porous structure that enhances osseointegration. The surface features micropores (1–4 μm) and macropores (30–40 μm), promoting strong bone-to-implant contact and long-term stability.

Key Features

- Narrow, double conical implant design
- Self-tapping with double helical thread geometry
- Internal hex connection H2.1 (for Ø3.75 mm implants)
- Internal thread: 1-72 UNF
- Medical-grade titanium Ti-6Al-4V (ASTM F136)
- Sandblasted and acid-etched surface for improved osseointegration

Indications & Applications

- Suitable for bone types D2, D3, D4
- Ideal for narrow ridges and esthetic zones

Applicable in:

- Upper jaw (all regions)
- Anterior region of the lower jaw

Indicated for:

- Two-stage implantation
- Immediate implantation
- Immediate loading protocols

Packaging & Sterility

Each implant is supplied in double sterile packaging and includes:

- Disposable implant holder
- Titanium cover screw

The implant is sterile, single-use, and ready for clinical application. It is recommended to follow the instructions for use prior to implantation.

Advantages

- Narrow cervical design supports increased bone volume around the implant
- Excellent primary stability
- Reduced surgical time
- Reliable performance in limited bone conditions
- Dedicated prosthetic system for precise restorative outcomes

Prosthetic System

This implant utilizes a dedicated prosthetic system and is not directly compatible with standard 2.43 systems, ensuring accurate fit and optimal prosthetic performance.