#60 x 25mm Pac-File NiTi Rotary File with 0.04 Taper – 6/Pack (FNT250460)

• A nickel-titanium (NiTi) rotary file specifically designed for high-precision root canal shaping in endodontic procedures, featuring a #60 tip size, a .04 taper, and a 25mm length, making it the standard “workhorse” for finishing wide, average-length canals

• Comparable to K3, Vortex, HyFlexNT, Endosequence

Uses

• Final Canal Shaping:

• Finalizing the preparation of naturally large canals (e.g., maxillary centrals, large distal molar canals)

• Apical Debridement:

• Effectively removing infected dentin from the apical third of wide canal systems

• Retreatment:

• Removing large amounts of old filling material during secondary endodontic procedures

• Universal Handpiece Integration:

• Operates reliably across all common rotary endodontic techniques designed for constant-taper sequences

Features

• ISO Blue Coding:

• Clearly marked with a blue ring to signify the #60 tip size

• 25mm Standard Length:

• The most versatile length for reaching most tooth morphologies

• Super-Elastic NiTi:

• High-grade American alloy that maintains flexibility despite the large diameter

• Torque-Warning Design:

• The file is engineered to visibly unwind if over-torqued, preventing sudden separation

• Calibration Rings:

• Laser-etched markings on the shaft for precise depth control

• Industry Compatibility:

• Comparable in function to systems like K3, Vortex, HyFlex NT, and Endosequence

Benefits

• High Breakage Resistance:

• Provides 490% more resistance to cyclical fatigue than traditional NiTi files

• Anatomic Accuracy:

• Stays centered in the canal to prevent ledging, even in wide, curved canals

• Efficiency:

• The three-flute design ensures rapid debris removal and reduces treatment time

• Predictable Obturation:

• Creates a clean, uniform shape that perfectly matches standard .04 taper gutta-percha

• Direct System Compatibility:

• Serves as a seamless clinical alternative to market-leading file sequences like K3, Vortex, HyFlexNT, and Endosequence without needing adjustments to pre-set motor settings