Endostar E3 Azure

An innovative system created with Azure HT Technology

Endostar E3 Azure is an innovative system created with Azure HT Technology which is our specially designed heat-treatment manufacturing process. The goal of Azure HT Technology was to create files that are extremely flexible and resistant to breaking even in the most complicated clinical cases.

• Safe - increased breaking resistance
• Extremely flexible - follows even the most curved canal path
• Effective and easy to use
  The Azure HT Technology process modifies the crystal structure of the nickel-titanium files. It allows for the martensite to austenite transformation to occur at near body temperature. This process completely changes the properties of the files. The files can pre-bent before being inserted into the canal. They can easily follow even the most curved canal path, with a minimal risk of perforation, ledges or via falsa.
  

  Feel the significant difference.
  New and unique.

  During root canal treatment (at near body temperature) the file uses the advantages, both of the martensite and austenite phases.

  Martensite

  • more flexibility
  • can be pre-bent
  • greater resistance to breaking

  Austenite

  • super elasticity
  • high and effective cutting ability
  • resistant to twisting forces

  Rotary motion

  The instruments rotate clockwise and with a set speed (CW - clock wise).

  

  Reciprocal motion

  The instruments perform alternating clockwise (CW) and counter Clockwise (CCW) movements; the angle of clockwise (CW) rotation must be larger than counterclockwise rotation (CCW) e.g. 90 degrees CW and 30 degrees CCW.

  

  Complex motion

  Combines the rotary and reciprocal motion. The files rotate until too high resistance in the canal is met. Then the reciprocal mode is activated (CW - CCW, net CW). Rotation mode is turned on again when the resistance returns to acceptable level. An example of complex motion is the OTR mode available in the Endostar Provider endomotor.

  Endostar E3 Azure Basic – instruction of use

  1. Prepare the cavity. Use a rubber dam.
  2. Locate all canal orifices. Lubricate the canals.
  3. Specify the working length of the canal using your method of choice.
  4. Continue to shape the root canal with hand files up to size 20. This way, you will create a glide path for rotary instruments instruments. This will also reduce the risk of breaking the rotary file.
  5. Shape the canal orifice with the Endostar E3 Azure Basic File No. 1 (08/30) until you reach a maximum of 1/2 of the total canal depth. Do not use this file when the canal is highly curved (in such cases use the Endostar E3 Azure Small ).
  6. Begin to work with file No. 2 (06/25). Perform up-and-down movements. Shape the canal up to 2/3 of the working length. Inspect the working length with the size 15 hand file and apex locator. Next, insert file No. 2 at full working length.
  7. Use file No. 3 (04/30) to widen the apical portion of the canal until full working length is reached. Confirm that full working length was reached with hand file size 15 and apex locator. Next, finish work with a nickel-titanium hand file size 30. Check if the file can be inserted at full working length without obstructions, and if wedging can be felt. If a wider preparation of the apex is needed, continue to work with larger hand instruments size 35, 40 etc. or consider using the Endostar E3 Azure Big.