Coltene Hyflex Rotary Files 6% 21mm

SizeTaperLength156%21mm206%21mm256%21mm306%21mm356%21mm406%21mm

To use Coltene HyFlex Rotary Files 6% 21mm effectively, follow these general directions:

Preparation:

• Ensure that the working area is clean and properly set up for endodontic procedures.
• Use appropriate personal protective equipment, such as gloves and eyewear.

File Selection:

• Choose the appropriate size and type of HyFlex Rotary File based on the anatomy of the canal and the specific requirements of the procedure.

Sterilization:

• Confirm that the Coltene HyFlex Rotary Files are pre-sterilized.
• If not, ensure proper sterilization according to the manufacturer's guidelines before use.

Technique:

• The HyFlex CM files can be used with crown-down, step-back, or the recommended single-length technique.
• Select the technique that best suits the clinical situation and operator preference.

Handling:

• Handle the files carefully to avoid any damage.
• Utilize the extreme flexibility of the files to navigate the canal anatomy without causing ledging, transportation, or perforation.

File Insertion:

• Insert the file into the canal with a gentle and controlled motion.
• Follow the natural anatomy of the canal to minimize the risk of steps, displacements, or perforations.

Autoclaving:

• After use, clean the files thoroughly.
• Autoclave the files according to the manufacturer's recommendations to ensure they regain their shape and maintain their properties for reuse.

Inspection:

• Inspect the files for any signs of damage, deformation, or reduced efficacy after autoclaving.
• Discard any files that do not return to their original shape or show signs of wear.

Resistance to Separation:

• Benefit from the enhanced resistance to cyclic fatigue, which reduces the incidence of file separation during use.

Multi-use Consideration:

• Files with straightened spirals can be autoclaved to regain their shape and strength for multi-use.
• Discard any files that do not regain their original shape after autoclaving.

• Made of regenerative Titanium Nickel.
• Pre-sterilised.
• Much more resistant to cyclic fatigue than conventional NiTi.
• Low incidence of file fracture.
• By following the anatomy of the canal, they reduce the risk of steps, displacements or perforations.
• Extremely flexible and break resistant
• Long life expectancy due to the integrated controlled shape memory that allows it to regain its shape after heat treatment in the autoclave.
• Made of regenerative Titanium Nickel.
• Pre-sterilised.
• Much more resistant to cyclic fatigue than conventional NiTi.
• Low incidence of file fracture.
• By following the anatomy of the canal, they reduce the risk of steps, displacements or perforations.
• Extremely flexible and break resistant
• Long life expectancy due to the integrated controlled shape memory that allows it to regain its shape after heat treatment in the autoclave.