[Minimally Invasive] EndoRoad N Rotary NiTi files 21/25/31mm

The apex is where endodontics is won or lost.

EndoRoad N is engineered specifically for Apical Third shaping — designed to navigate the anatomically diverse and complex canal system where it matters most.

A 06 Taper up to 3mm from the root tip precisely shapes even the most complex apical anatomy, transitioning to a 04 Taper over the next 6mm for smooth, controlled preparation. Beyond that, only minimal coronal removal is performed — preserving maximum tooth structure, especially Pericervical Dentin.

Effective apical shaping. Original morphology respected.

The Apical Shaper. The Apex Specialist.

Built to preserve Pericervical Dentin.

With Maruchi's unique surface treatment,
the EndoRoad File provides enhanced flexibility, cutting efficiency, and strong resistance to fatigue fractures for smooth operation during shaping.

MT-Wire Features:

• Enhanced Fatigue Resistance
• Superior Flexibility
• Advanced Centering Effect

Key Features:

1. Electrochemical Polishing

Electrochemical Polishing enhances the durability of the EndoRoad NiTi File by smoothing the surface, which reduces the likelihood of micro-cracks and imperfections that can lead to tears and fractures. 

2. Nano Titanium Surface

Nano Titanium Coating enhances the durability of the EndoRoad NiTi File. This coating protects the file's surface, reducing wear and damage, and increasing fatigue resistance.

3. Snake Head Guiding Tip

The Snake head tip design of the EndoRoad NiTi File offers precise navigation and enhanced cutting efficiency while enhancing its centering effect.

References

1. JOE Volume 50, Issue 4, P520-526, April 2024
Conclusion: “MT technology could enhance the fatigue fracture resistance of the reciprocating files.”

2. JOE Volume 50, Issue 2, P213-219, February 2024
Conclusion: “MT Heat treatment technique makes NiTi file more flexible and improves its mechanical properties.”

3. Metals 2023, 13, 1769
Conclusion: “Memory-Triple heat treatment along with titanium coating surface treatment exhibited the highest fatigue fracture resistance.”