Inspiring Dental Excellence
TrueTooth #30
TrueTooth #30
TrueTooth #30
TrueTooth #30
TrueTooth #30
TrueTooth #30

TrueTooth #30

TrueTooth #30-001 is a perfect TrueTooth to learn impediment identification, file bending, and mental imaging skills.  Large canals in the coronal half lead to a distal canal bifurcation at mid-root to DB and DL canals with smooth distal curvature but significant lateral irregularity.  The DL canal is easily negotiated after finding the point of bifurcation.  The DB canal apical morphology is complex--a primary canal path curves distally, but has a lateral canal exiting B and L in the last 2 mm.  The M canals also have apical irregularity.  

Sold in a pack of 5.

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No. of Roots No. of Canals Difficulty Factor
2 4 3
Root Curvature Slight-Moderate
Coronal Canal Curvature Slight
Apical Canal Curvature MB & ML - Slight-Moderate
Pulp Chamber Size Large
Coronal Canal Size Slight
Terminal Diameter MB - 0.3 mm, M - 0.5 mm, ML - 0.35 mm, DB - 0.3 mm, D - 0.5 mm, DL - 0.35 mm
Fins MB & ML
Lateral Canals DB - 1
Coronal Branching DB & DL
Apical Branching DB - 3
Apical Impediments ML & DB - Slight

TrueTooth 3D printed teeth are the exact reproduction of internal and external anatomy of extracted teeth.  TrueTooth teeth are created with special heat-resistant polymer, and proudly 3D printed in the USA.  Special handling is necessary to realize the maximum benefits of using TrueTooth.

Access:

  • Use handpieces at 1,000 RPM with no torque limit.
  • Ultrasonics are not ideal, but work best when used wet.

Negotiation:

  • Negotiate as normal using a lubricant.

Shaping:

  • Use handpieces at normal RPM and torque settings.

Irrigation:

  • Irrigate as normal using NaOCl in a syringe with a side-vent needle. TrueTooth canal tissue will dissolve after 40 minutes of irrigation, similar to vital teeth.

Obturation:

  • Continuous Wave or other heated obturation techniques: use heat pluggers at 175 degrees Celsius.
  • Carrier-based obturation: obturate as normal.

Radiographs:

  • Use the shortest exposure time and the lowest KVP. After radiographing, lighten and sharpen image on screen for optimum viewing.

Helpful Tip:

  • Use alcohol on outer surface of TrueTooth during procedure for optimum visibility. Alcohol can be used in place of NaOCl.

    Description

    No. of Roots No. of Canals Difficulty Factor
    2 4 3
    Root Curvature Slight-Moderate
    Coronal Canal Curvature Slight
    Apical Canal Curvature MB & ML - Slight-Moderate
    Pulp Chamber Size Large
    Coronal Canal Size Slight
    Terminal Diameter MB - 0.3 mm, M - 0.5 mm, ML - 0.35 mm, DB - 0.3 mm, D - 0.5 mm, DL - 0.35 mm
    Fins MB & ML
    Lateral Canals DB - 1
    Coronal Branching DB & DL
    Apical Branching DB - 3
    Apical Impediments ML & DB - Slight


    Instructions for Use 

    TrueTooth 3D printed teeth are the exact reproduction of internal and external anatomy of extracted teeth.  TrueTooth teeth are created with special heat-resistant polymer, and proudly 3D printed in the USA.  Special handling is necessary to realize the maximum benefits of using TrueTooth.

    Access:

    • Use handpieces at 1,000 RPM with no torque limit.
    • Ultrasonics are not ideal, but work best when used wet.

    Negotiation:

    • Negotiate as normal using a lubricant.

    Shaping:

    • Use handpieces at normal RPM and torque settings.

    Irrigation:

    • Irrigate as normal using NaOCl in a syringe with a side-vent needle. TrueTooth canal tissue will dissolve after 40 minutes of irrigation, similar to vital teeth.

    Obturation:

    • Continuous Wave or other heated obturation techniques: use heat pluggers at 175 degrees Celsius.
    • Carrier-based obturation: obturate as normal.

    Radiographs:

    • Use the shortest exposure time and the lowest KVP. After radiographing, lighten and sharpen image on screen for optimum viewing.

    Helpful Tip:

    • Use alcohol on outer surface of TrueTooth during procedure for optimum visibility. Alcohol can be used in place of NaOCl.