Neoendo S Refills NiTi Rotary Files - 4% 21mm 17

  • Product Name : Neoendo S Refills NiTi Rotary Files - 4% 21mm 17
  • Category : Other
  • Manufacturer Name : Neoendo
  • Trade Name : Neoendo
  • Available Dosage :
  • Packing :
  • Pack Insert/Leaflet :
  • Ingredients :
  • Formulation : Other
  • Therapeutic use : Efficient Root Canal Shaping
  • Production Capacity : 100000

Description:-

Length: 21mm, 25mm

 

Size: 1, 20, 25

 

Taper: 4%, 6%

 

Neoendo S Refills NiTi Rotary Files are cutting-edge endodontic instruments designed to elevate the precision and efficiency of root canal procedures. Manufactured by Neoendo, a trusted name in endodontic products, these rotary files are crafted to provide practitioners with advanced tools for shaping and cleaning the root canal system.

 

Key Features:

  • NiTi Rotary File Design for Efficient Shaping: The Neoendo S Refills utilize Nickel Titanium (NiTi) rotary file technology, offering efficient and controlled shaping of the root canal. This design enhances the practitioner's ability to navigate complex canal anatomy.
  • Advanced Heat Treatment for Durability: The files undergo advanced heat treatment processes, ensuring durability and resistance to fracture. This feature enhances the longevity of the files and maintains their structural integrity throughout the endodontic procedure.
  • Progressive Taper for Enhanced Flexibility: With a progressive taper design, these rotary files provide enhanced flexibility during root canal instrumentation. This feature contributes to smoother navigation through curved canals and improves overall procedural efficiency.

 

Benefits:

  • Efficient Root Canal Shaping: The NiTi rotary file design ensures efficient and precise shaping of the root canal, allowing practitioners to achieve the desired canal form. This efficiency contributes to successful endodontic outcomes.
  • Durable Construction for Long-Term Performance: The advanced heat treatment processes result in a durable construction, reducing the risk of file separation or deformation. This durability ensures the files maintain their structural integrity for reliable and consistent performance.