Caution! Product intended for multiple use except the applicator which is for single use only. Multiple use of applicator may cause the risk of reinfection.
Gel is intended for chemo-mechanical root canal preparation.
syringe of 2 ml + set of applicators
syringe of 5 ml + set of applicators
syringe of 10 ml + set of applicators
Packages:
1 x 2 ml
1 x 5 ml
1 x 10 ml
| Category: | Endodontics and completion |
|---|
Volume: 2 ml
For order
| 1004.01
Delivery to:
25/09/2025
4,90 €
4 €
/ pcs
3,70 €
excl. VAT
Volume: 5 ml
For order
| 10169.01
Delivery to:
25/09/2025
11,20 €
9,30 €
/ pcs
8,60 €
excl. VAT
Volume: 10 ml
Delivery within 2-3 working days
(2 pcs)
| 5501.01
Delivery to:
17/09/2025
18 €
14,90 €
/ pcs
13,80 €
excl. VAT
Composition:
Disodium edetate (EDTA 17%), gel base.
Properties:
- Disodium edetate (EDTA) contained in the product, by rinsing calcium and magnesium ions, softens the surface layer of the dentine and makes it easier to remove it and restore the root canal.
- Thanks to the lubricant substances contained in the product, it is much easier to work with the root canal instruments and the risk of wedge or breakage the instrument inside the root canal is minimized.
- Perfectly matched gel consistency guarantees application convenience and possibility of placing the product directly on the root canal instrument.
Handling the product:
1. Before the treatment immerse attached applicator into ethyl alcohol and then place it onto the syringe.
2. Open the tooth cavity, remove the content to prepare access to the root canals (picture 1).
3. Rinse it initially with sodium hypochlorite (Chloraxid) (picture 2).
4. Remove inflamed pulp from the root canal (picture 3).
5. Insert Endo-Prep Gel into the root canal by means of attached applicator or place it directly on the root canal instrument (picture 4).
6. Prepare the canal mechanically while rinsing with sodium hypochlorite simultaneously (Chloraxid) (picture 5)
7. Rinse thoroughly the preparation from the root canals and the tooth chamber with the solution of sodium hypochlorite (Chloraxid) (picture 6)
