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ALL-BOND 3 is a dual-cured, 3-step universal dental adhesive system that is compatible with all dental materials. It utilizes improved ALL-BOND 2®* technology, making ALL-BOND 3 relatively more hydrophobic to enhance the durability of the bond. The new ethanol-based formula requires less number of coats and is more user-friendly than ALL-BOND 2. ALL-BOND 3 RESIN is a hydrophobic, radiopaque, filled bonding resin. Its radiopacity outlines the restoration and reduces the risk of misdiagnosing caries. ALL-BOND 3 RESIN is HEMA-Free. The absence of HEMA in the resin layer is a desirable feature that makes the bonding layer less prone to water sorption. Water sorption can be a critical cause in degradation of the bond as well as promotion of further decay in the tooth structure. Hydrophobic adhesives are expected to be more durable than current formulas in the market. |
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INSTRUCTIONS FOR USE |
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1. For Direct Composite Restorations and 1. Etch the preparation for 15 seconds using UNI-ETCH®* w/ BAC and rinse thoroughly. Remove excess water using a foam pellet, leaving the preparation visibly moist. 2. Dispense an equal number of drops of ALL-BOND 3 Parts A and B (1:1) into a mixing well. Using a brush, mix well for 5 seconds. 3. Apply 1-2 coats onto the tooth preparation. 4. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 4. 5. Light cure for 10 seconds at 500mW/cm2. 6. Apply one thin coat of ALL-BOND 3 RESIN. Air thin if necessary. 7. Light cure for 10 seconds at 500mW/cm2. 8. Continue with placement of restorative material.
1. Follow steps 1-7 on previous page, then remove the oxygen-inhibited layer with an alcohol-moistened cotton pellet or 2x2 gauze and make the impression. 2. Continue with temporization procedure. It is recommended to coat the preparation with a water-based lubricant leaving 1-2mm at the margins for adhesion of the temporary cement.
2. Dispense an equal number of drops of ALL-BOND 3 Parts A and B (1:1) into a mixing well. Using a brush, mix well for 5 seconds. 3. Apply 1-2 coats onto the tooth preparation. 4. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 4. 5. Light cure for 10 seconds at 500mW/cm2. 6. Continue with cementation procedure.
2. Dispense an equal number of drops of ALL-BOND 3 Parts A and B (1:1) into a mixing well. Using a brush, mix well for 5 seconds. 3. Apply 1-2 coats to the internal surface of the restoration. 4. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 4. 5. Light cure for 10 seconds at 500mW/cm2.
1. If the laboratory recommends silanation, apply 1-2 thin coats of silane, such as BIS-SILANE™*, to the internal surface and wait for 30 seconds. Dry with air syringe. b. For Veneers: Apply 1-2 coats of PORCELAIN BONDING RESIN* instead of ALL-BOND 3 Parts A and B to the internal surface of the restoration to maintain long-term shade stability. Do NOT light cure. Skip Steps 3 and 4. 3. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 3. 2. Etch the canal using UNI-ETCH w/ BAC for 15 seconds. Rinse thoroughly and remove excess water with a brief burst of air or a paper point to remove any pooled water from the canal. 3. Dispense an equal number of drops of ALL-BOND 3 Parts A and B (1:1) into a mixing well. Using a brush, mix well for 5 seconds. With an endodontic brush, apply 1 coat of ALL-BOND 3 Parts A and B into the canal. Remove excess pooling of material with paper points or light suction. Follow with a gentle stream of air to thoroughly air dry. Light-curing is not necessary due to the dual-cure capability of ALL-BOND 3. 4. Apply one layer of ALL-BOND 3 Parts A and B to the post and gently air dry. Light cure for 10 seconds at 500mW/cm2. Proceed with post cementation per manufacturer’s instructions.
5. Apply BISCO’s PORCELAIN ETCHANT* 6. Apply high-speed suction to remove the PORCELAIN ETCHANT. Rinse with copious amounts of water and air dry. The etched surface should appear dull and frosty. 7. Apply 1-2 thin coats of silane such as BIS-SILANE to the etched porcelain surface and allow it to dwell for 30 seconds. Air dry to evaporate the solvent. 8. Dispense an equal number of drops of ALL-BOND 3 Parts A and B (1:1) into a mixing well. Using a brush, mix well for 5 seconds. Apply 1-2 coats to the metal and porcelain surfaces. Gently air dry to evaporate the solvent. Light cure for 10 seconds at 500mW/cm2. 9. If metal is visible, apply DUAL-CURED OPAQUER*: Shake bottles and mix base and catalyst (1:1) in a mixing well. Apply a thin layer to mask the metal. Light cure for 30 seconds at 500mW/cm2. 10. Proceed with composite layering and finishing. The preferred composite should be a hybrid or nano-hybrid such as AELITE™* ALL-PURPOSE BODY. Pure microfilled or nanofilled composites are not recommended for porcelain repair due to low impact strengths. 1. Remove layer of old composite and bevel enamel margin, if present. 2. Etch the preparation using UNI-ETCH w/ BAC for 15 seconds, rinse thoroughly and air dry. If dentin is present, leave the dentin visibly moist. 3. Dispense an equal number of drops of ALL-BOND 3 Parts A and B (1:1) into a mixing well. Using a brush, mix well for 5 seconds. 4. Apply 1-2 coats onto the composite and tooth structure. 5. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 5. 6. Light cure for 10 seconds at 500mW/cm2. 7. Proceed with composite layering and finishing.
1. Prepare metal surface per manufacturer’s instructions. Rinse with water and air dry. 2. If tooth structure is present, etch with UNI-ETCH w/ BAC for 15 seconds and rinse thoroughly. Remove excess water using a foam pellet, leaving the preparation visibly moist. 3. Dispense an equal number of drops of ALL-BOND 3 Parts A and B into a mixing well. Using a brush, mix well for 5 seconds. 4. Apply 1-2 coats onto the metal and tooth structure. 5. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 5. 6. Light cure for 10 seconds at 500mW/cm2. 7. Apply DUAL-CURED OPAQUER: Shake bottles and mix base and catalyst (1:1) in a mixing well. Apply a thin layer to mask metal. Light cure for 30 seconds at 500mW/cm2. 8. Proceed with composite layering and finishing.
2. Dispense an equal number of drops of ALL-BOND 3 Parts A and B into a mixing well. Using a brush, mix well for 5 seconds. 3. Apply 1-2 coats onto the tooth preparation. 4. Gently but thoroughly air dry until there is no visible movement of the material. The surface should appear shiny; otherwise, apply additional coats of ALL-BOND 3 and repeat Step 4. 5. Light cure for 10 seconds at 500mW/cm2. 6. Apply a thin coat of ALL-BOND 3 RESIN. Air thin if necessary. 7. Light cure for 10 seconds at 500mW/cm2. 8. Remove the oxygen-inhibited layer with an alcohol-moistened cotton pellet or 2x2 gauze. IN-159
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to the dried repair site and allow to dwell for 5-6 minutes for 4% PORCELAIN ETCHANT and 1-2 minutes for 9.5% PORCELAIN ETCHANT. To evacuate hydrofluoric acid vapors, hold evacuator tip adjacent to repair site. Monitor the etch site throughout the entire procedure.