Feature:
1- Single file to complete the preparation

2- Unusually sharp section
3- The capacity of chip and chip evacuation enhancea

4- More flexible than the traditional single file, indicationsbroader

A-Good variable pitch design for quick and automaticremoval of debris to the crown side.
B-Variable pitch design and s-section, enhancedtransverse cutting force, and weakenedC-Instrument “screwed in” dentin effect.

5-Use 06 taper tooth glue tip flling.

Nickel titanium material with higher purity
and modern technology
High-purity CM-wire nickel-titanium,carbon and oxygen impurities is very low.Anti-cycle fatigue super,
super anti-breaking force,will minimize the risk of separation equipment.

We use an electron microscope to magnify and observe that the surface of the document is clean,
free of all kinds of contaminants,and no cracks and scratches.
The latest heat treatment process
creates resistance to metal fatigue and corrosion
Anti-fatigue comparisonsNumber of roating cycles
CM wire File
M wire File
Normal Niti File

Complete Model,Scientific and reasonable
More safety to the difficult root canal.Each file has its commitment

Comply with the inherent anatomy of the root canal

SC Niti Files
Smoothly and responsively
rotating in the canal

Traditional Niti Files
While Rotating,the file will go back to the center,
it will easily harm to the canal and make ledge.
New ultra-flexible nickel-titanium material
Smart design is good for avoiding ledge or perforation
Sharp edge make high cutting efficiency
Greater flexibility,easy to move in the root canal and take out scrap.

Sharp triangle design for
below 20#file
Make super cutting power

Square design for above 20#
Make super anti-distortion abilityStep1
Use 10#stainless steel Kfile to explore the
root canal and dredge the root canal
Step2
Use 12/17#open file to establish one-third
of the linear path of the root canal mouth A
small amount of EDTA is applied to the root
canal before use Pull 45 times every
forward Rinse the root canal with sodium
hypochlorite Flushing by 10 stainless
steel K file
Step3
Use 15#stainless steel K file for dredging.
And measure the root canal length
Step4
Use 12#variable taper dredging file to
adjust to Working length for root canal
dredging prepar ation Pull 4-5 times every
forward Rinse the root canal with sodium
hypochlorite File in with #15 stainless steel
K Dredging
Step5
Use 16#variable taper dredging file to
adjust Root canal dredging to working
length prepar ation Pull 4-5 times every
forward Rinse the root canal with sodium
hypochlorite
Step6
Use 18/.05#forming file Perform root canal
preparation Pull 4-5 times every forward
Rinse the root canal with sodium
hypochlorite File in with #15 stainless steel
K Dredging
Step7
Use 25/.04#forming file Perform root canal
preparation Pull 4-5 times every forward
Rinse the root canal with sodium
hypochlorite File in with #15 stainless steel
K Dredging
Step8
Use 30/.04#forming file Perform root canal
preparation Pull 4-5 times every forward
Rinse the root canal with sodium
hypochlorite File in with #15 stainless steel
K Dredging