Micro Screw T5 System | Bone Regeneration

Fixation system for Khoury technique, shell technique and bone core

The Micro Screw T5 System is an advanced fixation system designed for the secure stabilization of bone grafts in guided bone regeneration procedures, especially indicated for the Khoury technique (shell technique) and bone core techniques.

Micro Screw T5 screws are manufactured from surgical stainless steel, providing high mechanical stability even with reduced diameters. This allows precise fixation of cortical grafts and full control during insertion.

New T5 screw head design: greater precision and control

The system incorporates a new 5-point star-shaped T5 head design, significantly improving:

• The coupling between screw and screwdriver

• Force transmission during insertion

• Safety and stability of bone graft fixation

This design reduces the risk of slippage and improves control in anatomically complex areas.

Clinical indications

The Micro Screw T5 System is indicated for:

• Khoury technique / Shell technique

• Fixation of cortical bone grafts

• Bone core techniques

• Bone regeneration surgeries requiring high precision

• Cases where the graft is received prepared and not harvested in situ

Technical features

• Material: Surgical stainless steel

• Head system: T5 (5-point star)

• High stability with reduced diameters

• Excellent force transmission

• Compatible with advanced bone regeneration techniques

Micro Screw T5 System – Contents

The complete set includes:

• 24 Micro Screw T5 screws

• Initial drill

• Pilot drill

• Manual screwdriver

• RA screwdriver

• Additional shafts

• Advanced insertion instruments

System with a greater variety of screw sizes and lengths compared to basic versions.

Advantages of the Micro Screw T5 System

• Stable and secure bone graft fixation

• Greater surgical control and precision

• High clinical versatility

• Optimized for advanced bone regeneration and Khoury technique

Warning

Reusing disposable products may involve a risk of infection and cannot guarantee risk-free functional safety.