Denext Zero Degree NiTi Finger Spreaders - 21mm 15

Description:
Denext Zero Degree NiTi Finger Spreaders are precision-engineered endodontic instruments designed for effective lateral condensation and obturation procedures. With a zero-degree taper and a length of 21mm, these NiTi finger spreaders provide dental practitioners with a reliable and flexible tool for achieving optimal canal preparation and obturation in endodontic treatments.

Key Features:

1. Zero-Degree Taper: The finger spreaders feature a zero-degree taper, providing a straight and uniform shape. This design allows for controlled and precise lateral condensation, facilitating the effective compaction of gutta-percha in the root canal space.

2. NiTi Alloy Construction: Crafted from Nickel Titanium (NiTi) alloy, these finger spreaders offer flexibility, resilience, and resistance to deformation. The NiTi alloy enhances the instruments' performance, making them suitable for navigating and shaping curved root canals.

3. 21mm Length: With a length of 21mm, these finger spreaders are well-suited for a variety of root canal anatomies. The length ensures that practitioners can effectively reach and treat the desired canal lengths during endodontic procedures.

4. Numerical Size Identification - Size 15: The finger spreaders are numerically sized for easy identification. In this case, "15" signifies the specific size of the instrument, facilitating quick selection and use during endodontic treatments.

5. Versatile Application: The zero-degree taper and NiTi construction make these finger spreaders versatile, allowing for effective lateral condensation and obturation in a range of endodontic cases.

Benefits:

1. Precise Lateral Condensation: The zero-degree taper provides a straight and uniform shape, allowing for precise lateral condensation of gutta-percha. This facilitates effective obturation, ensuring optimal sealing of the root canal space.

2. Flexibility and Resilience: The NiTi alloy construction imparts flexibility and resilience to the finger spreaders, making them capable of navigating and adapting to curved root canals without compromising performance.