It’s a collagen matrix like Parasorb Cone, Collaplug or Hempcollagene. Sometimes it’s necessary - sometimes it’s not.

This block I designed is not mass produced, but you can get kind of the same experience here: justool.org/mitica/ It is not as transparent (so you can see how your work affects the MTA in the canals), but it is 3D-printed teeth and that is good. :-)

Yes that is an important point. The first 1-2mm of the root filling is where you are most carefull not to extrude the MTA. The less friction against the wall the packing file experiences at working lenght, the more tactile feedback/length control you get. Sometimes a collagen scaffold can be used to make a more solid “floor” to pack up against.

Thank you so much

Hi. If the tissue that bleeds is not inflamed or infected, the bleeding stops by itself within a few minutes. If it on the other hand is inflamed or infected, an interim dressing of Calcium hydroxide is needed. That will make the tissue bleed more normally at the next visit.

Hi Mustafa. Good question. In an open ended canal I highly suggest that you do the apical 2mm compaction manually, because it gives better lenght control. Once the most apical part is placed, then you kan easily use the endomotor in a backwards rotation. The speed doesn’t matter that much. Maybe 250-600 rpm.

@@madsjuul-endodontics thanks alot for the valuable reply.. appreciate it doctor 🙏🏻

Hi. The plugger is used to condense the MTA in the perforation. I know it might not show very well, because the MTA-gun tip and the plugger looks the same. Hope it explains. :-)

@@madsjuul-endodontics thank you for answer 😍

Hi S3DOLI. I have them printed at the lab at our dental school. I use them for the post-graduate endodontic courses. They are not for sale anywhere.

Hydraulic condensation using BC selear is the best

Thank you very much. I appreciate it. 🙂

Согласен

Thanks 😊

@@Chonkoacha как называется этот фантом и где такой достать, не знаете?

The sealer is AH Plus. The canal is instrumented to ProTaper Next X3. The taper is 7% apically, but it decreases coronally. The goal is to avoid air voids and it is possible.