NiTi Rotary Files
- Micro Mega One Shape Classic Rotary Files
From ₹2913
As low as ₹2755
1 File Shaping SystemVariable Cross Section - Micro Mega Hero Shaper Classic Rotary File Starter Kits
From ₹2362
As low as ₹2234
2 Files Shaping SystemAnti Breakage ControlOut of StockMicro Mega Hero Shaper Inget Starter KitsFrom ₹2750
As low as ₹2615
Faster root canal treatment & improve patient comfortAvoids screwing effects: helical angle varies from tip to shankOut of StockMicro Mega Endoflare Classic Rotary FilesRegular Price ₹2600 Special Price ₹24433 Files Shaping SystemA safe non-active tip in order to respect the canal anatomyOut of StockMicro Mega Endoflare Inget Rotary FilesSpecial Price ₹2600Coronal FlaringA safe non-active tip in order to respect the canal anatomyOut of StockBuy Rotary Files Online In India
NITI ROTARY FILES:
A Nickel Titanium (NiTi) rotary file is an engine-driven is pointed and tapered endodontic instrument made of Nickel Titanium alloy with cutting edges used to mechanically prepare and shape the root canals during endodontic therapy or to remove the root canal obturating material while performing retreatment. Rotary shaping instruments are replacing the conventional hand file systems to enhance the shaping ability of the canal, reducing clinical mishaps like blocks, ledges, transportation, and perforation. When the Dentists mastered the method of the using the products for rotary shaping instruments they could see unpredictable file breakage , metal fatigue, variation in length, loss of cutting efficiency, diameter and curvature of the canal can be avoided and better shaping of the canals with deserved taper will be achieved. Rotary endodontic practices have gained immense popularity among dental practitioners as they have many advantages over traditional manual instrumentation methods. The introduction of rotary files to the field of endodontics came two decades ago and the research and advancements are never-ending. Nickel Titanium has been the material of choice in manufacturing rotary files due to their superior properties.