Dentsply ProTaper Universal NiTi Hand Files – Variable Taper 25mm Assorted (SX-F3)

Description: Dentsply ProTaper Universal NiTi Hand Files stand as a pinnacle in endodontic instrumentation, providing dental professionals with a sophisticated and efficient solution for root canal preparation. Meticulously engineered with precision and utilizing Nickel Titanium (NiTi) technology, these hand files are designed to streamline the shaping process, ensuring optimal canal cleanliness and preparation.

Key Features:

1. NiTi Technology for Flexibility: ProTaper Universal Hand Files leverage advanced Nickel Titanium (NiTi) technology, providing exceptional flexibility and resistance to cyclic fatigue. This feature enhances the files’ performance during root canal shaping, allowing for efficient navigation through curved canals.
2. Variable Taper Design for Versatility: The files feature a variable taper design, allowing for effective debris removal and optimal shaping of the root canal. This design adapts to the natural anatomy of the tooth, providing versatility in addressing various clinical scenarios.
3. Color-Coded Handles for Easy Identification: ProTaper Universal Hand Files incorporate color-coded handles, simplifying the identification of file sizes during use. This visual cue enhances efficiency in the dental operatory, enabling practitioners to quickly and accurately select the appropriate file.

Benefits:

1. Efficient Root Canal Shaping: Dentsply ProTaper Universal NiTi Hand Files are designed for efficient and precise root canal shaping. The NiTi technology ensures flexibility and durability, allowing dental professionals to navigate and shape canals effectively.
2. Versatile Application: With a variable taper design, these hand files offer versatility to address a wide range of clinical scenarios. This adaptability is crucial in tailoring endodontic treatments to the unique anatomical characteristics of each patient.
3. Ease of File Selection with Color-Coding: The color-coded handles simplify the file selection process, reducing the risk of errors and enhancing workflow efficiency. This feature is particularly valuable in busy dental settings where quick and accurate instrument identification is essential.