STEP 1 OF 13
Tooth preparation: Make sure the tooth surface and the prosthetic piece are free from Allcem Veneer Try-In (FGM) and/or any other substances.
STEP 2 OF 13
Make a relative or absolute isolation according to the professional preference, and according to the teeth that will be subjected to cementation of the pieces.
STEP 3 OF 13
If the cervical finish line is under the gum, and your preference is to use relative isolation, perform the retracting maneuver with the retraction cords.
STEP 4 OF 13
Etch the enamel surface and/or dentin with phosphoric acid Condac 37 (FGM), wash and gently dry without dehydrating it.
STEP 5 OF 13
Preparation of the piece. Etch the internal surface of the Veneer with fluoride acid Condac Porcelana 10% (FGM), for the required time, according to the porcelain
STEP 6 OF 13
Apply a layer of silane Prosil (FGM) into the piece and let it dry for 1 minute.
STEP 7 OF 13
Apply the adhesive into the piece, according to the manufacturer’s recommendation. Do not light
STEP 8 OF 13
Cementation. After preparing the piece and the tooth, perform the cementation as follows:
STEP 9 OF 13
Straight from the syringe, or using a spatula, apply a thin layer of cement under the internal face of the Veneer.
STEP 10 OF 13
Position the piece in the preparation and, keeping it under slight pressure, remove excesses of cement using Cavibrush (FGM) or a probe.
STEP 11 OF 13
After removing the cement excesses, and prior to photoactivation, apply glycerin gel to the borders of the restoration to avoid the layer inhibited by oxygen. The light curing should be performed for 40 seconds* on each of the borders (mesial, distal and cervical) and directly on the vestibular face.
STEP 12 OF 13
Finishing and polishing may be performed with thin sandpaper disks Diamond Pro (FGM) and sandpaper strips, polishing pastes Diamond Excel (FGM) and felt disks Diamond Flex (FGM).
STEP 13 OF 13
*To photoactivate the material, use halogen light devices or LED with power equal to or higher than 450mW/cm2, and blue light issuing spectrum (400-500nm).