Avue Aurum S Cross Rotary Files | Heat-Treated NiTi Endodontic File System | 21mm, 25mm & 31mm | Pack of 6

The Avue Aurum S Cross Rotary File System is a premium heat-treated nickel-titanium (NiTi) endodontic file system designed for efficient, safe, and predictable root canal shaping. Featuring an advanced S-Cross sectional design, these rotary files provide superior cutting efficiency, excellent debris removal, and enhanced flexibility, making them ideal for negotiating both straight and curved root canals.

Manufactured using advanced heat-treated NiTi alloy, Aurum S Cross files offer outstanding resistance to cyclic fatigue and torsional stress, helping reduce the risk of file separation while maintaining canal anatomy. The optimized cross-sectional geometry ensures smooth progression through the canal with minimal screwing effect, improving clinician control and patient safety.

Available in multiple lengths (21mm, 25mm, and 31mm), the Avue Aurum S Cross system is suitable for a wide range of endodontic procedures and is compatible with most standard rotary endodontic motors.

Key Features

• Advanced heat-treated Nickel-Titanium (NiTi) alloy
• S-Cross sectional design for efficient cutting
• Superior flexibility for curved canals
• High resistance to cyclic fatigue and torsional fracture
• Excellent debris removal during instrumentation
• Reduced screwing effect for improved control
• Maintains original canal anatomy
• Sterile, single-use files
• Compatible with most rotary endodontic motors

Clinical Applications

• Root canal shaping
• Cleaning and shaping procedures
• Curved root canals
• Narrow and calcified canals
• Primary and retreatment endodontic cases
• General and specialist endodontic practice

Specifications

• Brand: Avue
• Product: Aurum S Cross Rotary Files
• Material: Heat-Treated Nickel-Titanium (NiTi)
• Cross Section: S-Cross
• Available Lengths: 21mm, 25mm, 31mm
• Motion: Continuous Rotary
• Sterility: Sterile
• Single Use: Yes

The Avue Aurum S Cross Rotary File System delivers a balance of flexibility, durability, and cutting performance, enabling clinicians to perform efficient and predictable root canal treatments while preserving the natural canal anatomy.