Coltene Hyflex Files 4% 21mm

Size Taper Length

15 4% 21mm

20 4% 21mm

25 4% 21mm

30 4% 21mm

35 4% 21mm

40 4% 21mm

Preparation:

• Ensure proper isolation of the operating field and have all necessary equipment ready.
• Confirm that the files are pre-sterilized before use.

Instrumentation Technique:

• Choose the appropriate file size based on the anatomy of the canal.
• Utilize a crown-down, step-back, or the recommended single-length technique according to your preference and the specific case requirements.

Handling and Technique:

• Hold the file with a firm but gentle grip, allowing for controlled movement.
• Begin the instrumentation process by introducing the file into the canal gradually.
• Follow the natural anatomy of the canal to reduce the risk of procedural errors such as steps, displacements, or perforations.

Flexibility and Canal Tracking:

• Take advantage of the extreme flexibility of HyFlex CM NiTi files to achieve superior canal tracking.
• The unique controlled memory of the files allows them to closely follow the canal's anatomy, reducing the risk of ledging, transportation, or perforation.

Autoclaving and Reuse:

• After use, clean and sterilize the files using an autoclave.
• The integrated controlled shape memory enables the files to regain their shape after heat treatment, allowing for multi-use.
• Ensure that files returning to their original shape are suitable for reuse; discard any files that do not regain their shape.

Size and Taper Selection:

• Choose the appropriate file size and taper based on the specific requirements of the case.
• The available sizes include 15, 20, 25, 30, 35, and 40 with a 4% taper and a length of 21mm.

Safety Measures:

• Be cautious to avoid excessive force during instrumentation to minimize the risk of file separation.
• Monitor the file's condition, and if there is any sign of deformation or reduced efficiency, replace it.

• 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.