Itena Clinical

Obturys Root Canal Sealer, 1 x 5ml Automix Syringe, 10 Mixing Tips, 10 Intraoral Tips, 1 Mixing Block A perfect and durable seal, both laterally and apically An optimized consistency for good cement retention around the Gutta Percha tips Easy removal of excess in the pulp chamber for simplification of the clinical procedure Specific tips which limit the risk of cross contamination Air bubble-free application thanks to the efficiency of the Automix and Handmix tips Biocompatible and silver-free Bacteriostatic No periapical irritation No tooth discoloration No post-operative sensitivity Does not require primer Easy reprocessing by instrumental, thermal, or thermomechanical chemical unobturation Application:  For the permanent obturation of root canals, to be used in association with gutta-percha points. Product Attachments: Instructions For Use White Paper Endodontics Brochure Product Sheet

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MTA Bioseal is an endodontic root canal sealer based on Mineral Trioxide Aggregate. It is a double paste component that allows complete filling of all root canals including accessory and lateral ones. MTA Bioseal contains 13% of Mineral Trioxide Aggregate. Homogeneous penetration of MTA into the tubuli Prevention of the proliferation of bacteria (  bacteriostatic properties ) Perfect seal Rapid and long-lasting protective action Reduced working time Easy insertion into the canal thanks to its tip Easy withdrawal if necessary Does not discolor teeth Compatible with hot and cold fillings Product Attachments: MTA-Bioseal - Instructions For Use MTA Bioseal - White Paper Itena Endodontics Brochure

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MTA BIOREP is a restorative bioceramic endodontic cement indicated for the treatment of root perforations (canal or furcation) of iatrogenic or carious origin, the treatment of root perforations by internal resorption, direct pulp capping , pulpotomy, apexogenesis, apexification or even retro obturation. Restorative bioceramic cement based on MTA Setting time of 15 minutes : treatment in a single session New formula whose particle size after hydration allows easy handling and insertion into the dental cavity. New radio opacifying agent, Calcium Tungstate (CaoW4), which does not cause discoloration of the root and crown. Low solubility. Excellent marginal sealing capacity through the controlled expansion of the socket which prevents the migration of micro-organisms and fluids inside the root canal. Excellent sealing at the level of root perforations (canal and furcation) by the formation of peri-radicular cementum. Induction of dentin barrier formation when applied to pulpal exposures. Allows use in humid environments without alteration of its properties. Application:      Automatic mix: Sterilize all material used for MTA BIOREP placement, insertion and compaction. Delicately open the single-dose capsule like illustrated in the protocol. Pour 4 drops of the liquid mix directly inside the capsule. Close the capsule and place it inside a standard mixing device (around 4200 rpm) for 20-30 seconds. (The final mix should be homogeneous and very workable/malleable) Place MTA BIOREP on the desired area with an instrument of choice and condense it with an instrument suited for this purpose.     Manual mix: Sterilize all material used for MTA BIOREP placement, insertion and compaction. Delicately open the single-dose capsule like illustrated in the protocol. Dispense the content of the single-dose capsule on a mixing pad. Pour 4 drops of the liquid mix on the mixing pad. Spatulate for 1 minute until the powder and liquid are completely homogenized. (The final mix should be homogeneous and very workable/malleable) Place MTA BIOREP on the desired area with an instrument of choice and condense it with an instrument suited for this purpose. Documents: White Paper Information Protocol

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MTA BIOREP is a restorative bioceramic endodontic cement indicated for the treatment of root perforations (canal or furcation) of iatrogenic or carious origin, the treatment of root perforations by internal resorption, direct pulp capping , pulpotomy, apexogenesis, apexification or even retro obturation. Restorative bioceramic cement based on MTA Setting time of 15 minutes : treatment in a single session New formula whose particle size after hydration allows easy handling and insertion into the dental cavity. New radio opacifying agent, Calcium Tungstate (CaoW4), which does not cause discoloration of the root and crown. Low solubility. Excellent marginal sealing capacity through the controlled expansion of the socket which prevents the migration of micro-organisms and fluids inside the root canal. Excellent sealing at the level of root perforations (canal and furcation) by the formation of peri-radicular cementum. Induction of dentin barrier formation when applied to pulpal exposures. Allows use in humid environments without alteration of its properties. Application:     Automatic mix: Sterilize all material used for MTA BIOREP placement, insertion and compaction. Delicately open the single-dose capsule like illustrated in the protocol. Pour 4 drops of the liquid mix directly inside the capsule. Close the capsule and place it inside a standard mixing device (around 4200 rpm) for 20-30 seconds. (The final mix should be homogeneous and very workable/malleable) Place MTA BIOREP on the desired area with an instrument of choice and condense it with an instrument suited for this purpose.    Manual mix: Sterilize all material used for MTA BIOREP placement, insertion and compaction. Delicately open the single-dose capsule like illustrated in the protocol. Dispense the content of the single-dose capsule on a mixing pad. Pour 4 drops of the liquid mix on the mixing pad. Spatulate for 1 minute until the powder and liquid are completely homogenized. (The final mix should be homogeneous and very workable/malleable) Place MTA BIOREP on the desired area with an instrument of choice and condense it with an instrument suited for this purpose. Documents: White Paper Information Protocol

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Fiber Post Intro Kit, Translucent (6 purple + 6 white + 4 yellow + 4 red) + 1 driver drill, 4 cylindro-conical reamers, 1 manual wrench, 1 gauge, 20/pk Remarkable mechanical properties for reduced fracture risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly translucent material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. Informations

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Fiber Post Intro Kit, Ivory (6 purple + 6 white + 4 yellow + 4 red) + 1 driver drill, 4 cylindro-conical reamers, 1 manual wrench, 1 gauge, 20/pk Remarkable Mechanical Properties For Reduced Fracture Risk Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Highly Translucent Material Excellent light diffusion throughout the material Promotes polymerization of the reconstitution material over the entire surface of the post Other Advantages Mechanical and chemical retention thanks to the connection between reconstitution composite and fiberglass post High radiopacity (232% Al) Bio compatibility and absence of toxicity No risk of corrosion and coloring Compatible with Dentoclic drills Homogeneous distribution of mechanical stresses Excellent bending resistance (836 MPa) thanks to the numerous longitudinal glass fibers Elastic behavior similar to that of dentin Application:  Optimal aesthetic solution for prosthetic restorations.  Single ceramic restorations incorporating glass-fiber posts in the laboratory.  Corono-radicular restorations with glass-fiber post. White Paper

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