Mani Silk Rotary Files

• Material: Nickel Titanium (NiTi)
• Speed: 500 RPM
• Torque: 300 g-cm

Access and Glide Path:

• Begin by creating a straight-line access to the tooth's root canal.
• Prepare a glide path using smaller, non-rotary files or reamers to ensure a smooth passage for the Mani Silk Rotary Files.

Selection of Mani Silk Files:

• Choose the appropriate Mani Silk Rotary File size (e.g., .06/20, .06/25) based on the specific requirements of the procedure.

Instrument Insertion:

• Attach the selected Mani Silk Rotary File to the dental handpiece or motor with the recommended specifications (500 rpm, auto-reverse torque 300 gf･cm ≒ 3.0Ncm).

Gentle Instrumentation:

• Insert the Mani Silk Rotary File into the prepared access opening.
• Use a gentle, controlled pressure while allowing the file to rotate slowly.
• Monitor the progress with radiographs if necessary to ensure the file is advancing to the desired depth.

Sequence of Use:

• Start with the smaller file size and progressively use larger ones.
• Follow the recommended sequence, typically from .06/20 to .06/25, until the file reaches the true working length of the canal.

Debris Management:

• Regularly clean the file to remove debris and ensure efficient cutting.
• Use irrigation solutions as needed to flush away debris and maintain a clear view.

Single-Use and Disposal:

• Mani recommends single-use for these files to maintain instrument integrity and patient safety.
• Dispose of used files safely according to medical waste disposal guidelines.

Conclusion:

• Once the desired canal shape is achieved, remove the Mani Silk Rotary File.
• Complete the rest of the dental procedure as required

• Tear-drop cross-sectional design
• Efficient canal shaping
• Elimination of "screwing-in" effect
• Effective debris removal
• Reduced instrument stress
• Proprietary heat treatment
• Smooth tactile feel
• Multiple size options available
• Compatible with specific motors
• Suitable for clockwise cutting reciprocation
• Tear-drop cross-sectional design
• Efficient canal shaping
• Elimination of "screwing-in" effect
• Effective debris removal
• Reduced instrument stress
• Proprietary heat treatment
• Smooth tactile feel
• Multiple size options available
• Compatible with specific motors
• Suitable for clockwise cutting reciprocation