ATF4
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Accent Medical

ATF4

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Treatment
  • We provide this product in Silver and Gold, and the gold one has been heat-treated.
  • Silver Conventional NiTi, tough blade, great efficiency
  • Gold Heat-treated, increased cyclic fatigue resistance, enhanced flexibility

Operation Sequence

  1. Establish straight-line coronal and radicular access.
  2. In the presence of a viscous chelator, use a size #10 hand file to verify a glide path to length. In more restrictive canals, use a size #10 hand file in any region of a canal to create a glide path.
  3. Expand this glide path to at least 0.15 mm using either a manual or dedicated mechanical file, such as AT Files or the dedicated ATF4 File.
  4. Always initiate the shaping procedure with the PRIMARY file (#25/.07 Red) in the presence of sodium hypochlorite.
  5. Use gentle inward pressure and let the PRIMARY file passively progress through any region of the canal that has a confirmed glide path. After shaping 2-3 mm of any given canal, remove and clean the PRIMARY file, then irrigate, recapitulate with a size #10 hand file and re-irrigate.
  6. Continue with the PRIMARY file, in 2-3 passes, to pre-enlarge the coronal two thirds of the canal.
  7. Utilize a brushing motion on the outstroke to eliminate coronal interferences or to enhance shaping results in canals that exhibit irregular cross-sections.
  8. In more restrictive canals, use a size #10 hand file, in the presence of viscous chelator, negotiate to the terminus of the canal.
  9. Gently work this file until it is completely loose at length. Establish working length, confirm patency and verify the glide path.
  10. Expand this glide path to at least 0.15 mm using a manual or mechanical glide path file.
  11. Carry the PRIMARY file to the full working length in one or more passes.
  12. Upon reaching length, remove the file to avoid over-enlarging the foramen.
  13. Inspect the apical flutes, if they are loaded with dentinal debris, then the shape is finished.
  14. If the PRIMARY doesn’t progress then use the SMALL file (#20/.07 Yellow) in one or more passes to working length and then use the PRIMARY file to working length to optimize the shape.
  15. When the shape is confirmed, proceed with 3-D disinfection protocols.
  16. If the PRIMARY file is loose at length with no dentinal debris in the apical flutes, continue shaping with MEDIUM file (#35/.06 Green) and/or LARGE file (#45/05 White) until the apical flutes are loaded.

TF3 VS TF4

  • Enhanced file flexibility thanks to the gold technology
  • TF4 File is 50% more resistant to cyclic fatigue than ATF3
  • Shaping working time(Takes the cutting efficiency to a higher level)

Basic Information

  • Material: NiTi
  • Sterilization: ≤126°C
  • Package: 4 pcs per blister/box
  • Assorted/Single size
  • 1800 packings per cartoon 48cm*40cm*35cm
  • Color (Optional): Silver, Gold
  • Length (Optional): 21mm/25mm/31mm
  • Standard: CE/ISO/FDA/FSC

Treatment
  • We provide this product in Silver and Gold, and the gold one has been heat-treated.
  • Silver Conventional NiTi, tough blade, great efficiency
  • Gold Heat-treated, increased cyclic fatigue resistance, enhanced flexibility

Operation Sequence

  1. Establish straight-line coronal and radicular access.
  2. In the presence of a viscous chelator, use a size #10 hand file to verify a glide path to length. In more restrictive canals, use a size #10 hand file in any region of a canal to create a glide path.
  3. Expand this glide path to at least 0.15 mm using either a manual or dedicated mechanical file, such as AT Files or the dedicated ATF4 File.
  4. Always initiate the shaping procedure with the PRIMARY file (#25/.07 Red) in the presence of sodium hypochlorite.
  5. Use gentle inward pressure and let the PRIMARY file passively progress through any region of the canal that has a confirmed glide path. After shaping 2-3 mm of any given canal, remove and clean the PRIMARY file, then irrigate, recapitulate with a size #10 hand file and re-irrigate.
  6. Continue with the PRIMARY file, in 2-3 passes, to pre-enlarge the coronal two thirds of the canal.
  7. Utilize a brushing motion on the outstroke to eliminate coronal interferences or to enhance shaping results in canals that exhibit irregular cross-sections.
  8. In more restrictive canals, use a size #10 hand file, in the presence of viscous chelator, negotiate to the terminus of the canal.
  9. Gently work this file until it is completely loose at length. Establish working length, confirm patency and verify the glide path.
  10. Expand this glide path to at least 0.15 mm using a manual or mechanical glide path file.
  11. Carry the PRIMARY file to the full working length in one or more passes.
  12. Upon reaching length, remove the file to avoid over-enlarging the foramen.
  13. Inspect the apical flutes, if they are loaded with dentinal debris, then the shape is finished.
  14. If the PRIMARY doesn’t progress then use the SMALL file (#20/.07 Yellow) in one or more passes to working length and then use the PRIMARY file to working length to optimize the shape.
  15. When the shape is confirmed, proceed with 3-D disinfection protocols.
  16. If the PRIMARY file is loose at length with no dentinal debris in the apical flutes, continue shaping with MEDIUM file (#35/.06 Green) and/or LARGE file (#45/05 White) until the apical flutes are loaded.

TF3 VS TF4

  • Enhanced file flexibility thanks to the gold technology
  • TF4 File is 50% more resistant to cyclic fatigue than ATF3
  • Shaping working time(Takes the cutting efficiency to a higher level)

Basic Information

  • Material: NiTi
  • Sterilization: ≤126°C
  • Package: 4 pcs per blister/box
  • Assorted/Single size
  • 1800 packings per cartoon 48cm*40cm*35cm
  • Color (Optional): Silver, Gold
  • Length (Optional): 21mm/25mm/31mm
  • Standard: CE/ISO/FDA/FSC