Avue Aurum Progressive Taper- Gold Heat-Treated Rotary Files with Progressive Taper

Product Description:
Discover the next generation of rotary file systems, engineered from advanced heat-treated NiTi alloy with a progressive taper design. Offering exceptional flexibility and superior cyclic fatigue resistance, it enables efficient dentin removal while maintaining the natural canal anatomy for more predictable shaping results. Enhanced with plasma electroplating technology, it delivers an ultra-smooth finish for safer, more precise, and effortless performance.

Characteristics-

Faster, Safer and more Predictable Canal Preparation
1) Progressive Taper: With the Progressive taper design along their length, these files offer improved flexibility and cutting efficiency by selectively removing dentin ensuring smoother shaping of the canal

2) Improved Cutting Action: The convex triangular cross-sectional design minimizes the contact surface between the instrument and canal walls, thereby reducing rotational friction at the file-dentin interface leading to improved cutting action.

3) Optimized Coronal Enlargement: The progressive Taper initiates early coronal shaping, providing straight line access and improved irrigation flow

4) Improved Access and Clear Visibility: The short handle design provides improved access and a clearer field of vision for precise canal preparation

5) Enhanced Flexibility and Superior Cyclic Fatigue: Gold heat treatment provides unmatched flexibility and durability, ensuring safer instrumentation and reduced chances of file separation.

6) Designed for Easy and Effective Debris Elimination: Progressive pitch makes more space for the debris which in turn push them upwards

7) Electropolishing for Enhanced Surface Integrity

Electropolishing of Aurum rotary file systems smoothens surface irregularities, reduces manufacturing defects, and forms a uniform oxide layer—further supporting the durability of the Aurum S cross-section file

8) Reduced Procedural Errors: The non-cutting tip reduces the procedural errors like file breakage, perforation and ledge formation

9) Canal Path Integrity: The flexibility along with progressive taper allows the file to follow the canal path, making it more efficient for curved canals.