Search - thomas k file 25mm 40 stainless steel pk 6

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

This instrument is directly grinded. High cutting efficiency, use in filing action.Warning: probe the canal without using rotary action. The instrument can break if it is used in a rotative movement...

Designed to remove pulp tissue. Use: introduce instrument straight into root canal, rotation at 180° and pull out...

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Conical tip. Designed for lateral condensation of gutta percha points..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Flat tip and conicity at 2%. Designed for vertical condensation of gutta percha points. Gutta percha point is easily pushed in root canal by pushing and pulling action...

Blade grinded with a triangular section then twisted in order to obtain cutting power and better flexibility compared with normal K-File. Conicity of 2%. Recommended for curved root canal...

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Conical shape made from grinded wire with safety spiral. Flexible. The safety spring decreases the risks of breakage.Engine driven instrument. Select the size of the paste filler according to the length and thickness of the root canal, fill the instrument with paste and make the impression into th..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Small helix angle. Conicity of 2%..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..

Blade grinded with a square section then twisted in order to obtain cutting power and flexibility. Helix angle higher than on reamer. Conicity of 2%. ..