- An endodontic instrument set used for efficient root canal shaping and cleaning, containing 6 nickel-titanium (NiTi) rotary files with a 21mm length and a constant .04 taper
- Comparable to K3™, Vortex™, HyFlex®NT™, Endosequence
Uses
- Root Canal Shaping:
- Ideal for shaping simple straight canals and calcified canals with a 0.04 taper
- Challenging Canals:
- Ideal for navigating tortuous and calcified canals due to the flexibility of the NiTi alloy
- Gutta-Percha Removal:
- Suitable for removing gutta-percha during retreatment
- Rotary Systems:
- Compatible with various rotary systems that use constant taper files
Features
- Premium NiTi Alloy:
- Made from super-elastic American nickel-titanium alloy, which allows the files to be pre-bent to match canal curvature
- Constant .04 Taper:
- Provides a consistent, predictable shape with less taper than the .06 version, offering more flexibility in tight canals
- Three-Fluted Design:
- Features a triple-fluted cross-section for efficient debris removal and cutting performance
- Safety "Un-winding":
- Designed to visually unwind when encountering excessive resistance, warning the clinician before the file separates
- Cyclic Fatigue Resistance:
- Engineered for greater resistance against breakage caused by repetitive stress
- Industry Compatibility:
- Comparable in function to systems like K3™, Vortex®, HyFlex® NT™, and Endosequence®
Benefits
- High Durability:
- Offers up to 490% more resistance to cyclical fatigue compared to standard NiTi files, significantly reducing the risk of separation (breakage) inside the canal
- Precision Shaping:
- The files stay centered in the canal, minimizing risks of transportation, ledging, or perforation
- Procedural Accuracy:
- Calibration rings on the shank allow clinicians to set an accurate working length for better control
- Safety Warning:
- The design allows the file to "unwind" rather than snap when it meets excessive resistance, giving the clinician a visual cue to stop
- Compatibility:
- Designed to be used with most engine-driven endodontic systems and techniques typically employed with constant tapered files
