NEOENDO Flex Glide Rotary Files 21mm 2%

Glide Path Preparation
Small taper size (2%)
3rd Generation Rotary File
Saves Time and Effort
Neoendo Flex Glide requires 50% less time glide path preparation as compared to manual glide path files
Unlike manual path files, doesn’t push debris in apical direction
NiTi files with Glod Thermal Treatment
Works perfectly well in narrow, severely curved and calcified canals.

NEOENDO Flex Glide Rotary Files 21mm 2% are rotary endodontic files are glide path nickel-titanium rotary files in endodontics. They are used for establishing a glide path in rotary endodontics. The flex glide niti files are have enhanced flexibility and a small taper size of 2%. These rotary files have non ISO standard tip sizes. NEOENDO Flex Glide Rotary Files 21mm 2% save time and effort for the dentist while decreasing the risk of undesirable procedural errors such as ledging, perforation, and transportation.

Glide Path Preparation
Small taper size (2%)
3rd Generation Rotary File
Saves Time and Effort
Neoendo Flex Glide requires 50% less time glide path preparation as compared to manual glide path files
Unlike manual path files, doesn’t push debris in an apical direction
NiTi files with Glod Thermal Treatment
Works perfectly well in narrow, severely curved, and calcified canals.

Speed: 200 Rpm
Torque: 1 Ncm
Size : 13, 16, 19
Taper : 2%
Length : 21 mm, 25 mm

Pack of 3 Neoendo Glide Files
NEOENDO Flex Glide Rotary Files 21mm 2% Assorted:
13/2%
16/2%
19/2%

Prepare the access cavity and explore the canal using #8, #10 or #15 K-File
Always irrigate the canal and recapitulate with the K-File when needed
Use NEOENDO Flex Glide Rotary Files 21mm 2% sequentially (#13, #16, #19) till apex to achieve proper glide path
Before moving on to shaping files establish the working length with the help of EAL/ Radiograph
Use Flex Glide Files with gentle touch, never push or force the file inward and always use the recommended speed and torque settings
Use the file in brushing motion. Take the file passively to the point of light resistance and brush out of the canal. Repeat the procedure until working length is achieved