Complete set of six endodontic files (SXF3#), 21 mm length, designed for routine root canal procedures. Key benefits Organized kit for efficient workflows: six files in SXF3# sequence support progressive canal preparation without the need to assemble multiple single instruments. Fast size identification: ISO standardized color coded handles make it easy to select the correct file quickly during treatment. Precise cutting and cleaning: specialized flute geometry and apical taper assist controlled dentin removal and debris evacuation during shaping. Durable and flexible finish: goldfinished construction offers enhanced flexibility and resistance to cyclic fatigue for reliable handling and extended inuse performance. Features and specifications Contents: 6 endodontic files labeled SX through F3#. Length: 21 mm working length for consistent reach during canal preparation. Handle: ISO standardized color coding for quick, unambiguous size recognition. Design: specialized flute pattern and apical taper to aid cutting efficiency and debris removal. Finish: goldfinished files that improve flexibility and resistance to cyclic fatigue. How this product solves common problems Reduces time spent locating the correct file thanks to standardized color coding. Improves control during shaping with a precision flute profile that balances cutting and debris transport. Lowers risk of file deformation or premature wear by using a finish that enhances flexibility and cyclic fatigue resistance. Practical use scenarios Stepwise canal shaping: begin with coronal enlargement and progress through the SX to F3# sequence for consistent tapering toward the apex. Debris management during irrigation: use the flute design to encourage effective removal of dentinal chips while irrigating the canal. Preparation for obturation: finish shaping and tapering to create a predictable canal form ready for filling procedures. Suitable for clinicians seeking a complete, color coded set of files with a precision flute design, 21 mm length, and a gold finish that supports flexible handling and resistance to cyclic fatigue.