Itena Clinical

Quickbond Kit. Includes Prime "A" & Bond "B" (10 ml ea), Mixing Pad, Blue & Green Micro-applicators (50 ea) For the bonding of all filling materials, dual core build-up, compomers, resin cements, crowns, bridges, inlays and onlays. Advantages: Delivers high bonding values to both dentine and enamel Dissolves the smear layer, penetrating the tubules and peritubular dentine, forming resin tags If applied to enamel, the Primer produces a significant pattern with an enhanced surface area, leading to improved enamel bonding No post-operative sensitivity Can be used with Bond Activator, to make the bonding agent self-curing. Ideal for areas which are unreachable with a LED curing unit Application:  For bonding of all filling materials, dual core builds up, compomers, resin cements, crowns, bridges, inlays and onlays.  Composite restorations with direct technique. Large posteriors restorations using DentoEtch to etch the uneven margins (p.33). Product Attachments: Instructions For Use Protocol

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Quickbond Kit. Includes Prime "A" & Bond "B" (10 ml ea), Mixing Pad, Blue & Green Micro-applicators (50 ea) For the bonding of all filling materials, dual core build-up, compomers, resin cements, crowns, bridges, inlays and onlays. Advantages: Delivers high bonding values to both dentine and enamel Dissolves the smear layer, penetrating the tubules and peritubular dentine, forming resin tags If applied to enamel, the Primer produces a significant pattern with an enhanced surface area, leading to improved enamel bonding No post-operative sensitivity Can be used with Bond Activator, to make the bonding agent self-curing. Ideal for areas which are unreachable with a LED curing unit Application:  For bonding of all filling materials, dual core builds up, compomers, resin cements, crowns, bridges, inlays and onlays.  Composite restorations with direct technique. Large posteriors restorations using DentoEtch to etch the uneven margins (p.33). Product Attachments: Instructions For Use Protocol

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For the bonding of all filling materials, dual core build-up, compomers, resin cements, crowns, bridges, inlays and onlays. Advantages: Delivers high bonding values to both dentine and enamel Dissolves the smear layer, penetrating the tubules and peritubular dentine, forming resin tags If applied to enamel, the Primer produces a significant pattern with an enhanced surface area, leading to improved enamel bonding No post-operative sensitivity Can be used with Bond Activator, to make the bonding agent self-curing. Ideal for areas which are unreachable with a LED curing unit Application:  For bonding of all filling materials, dual core builds up, compomers, resin cements, crowns, bridges, inlays and onlays.  Composite restorations with direct technique.  Large posteriors restorations using DentoEtch to etch the uneven margins (p.33). Product Attachments: Instructions For Use Protocol

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Ideal for interventions in areas inaccessible to light (such as the bottom of the canal) Makes QuickBond bonding agent compatible with dual or auto adhesives and composites  

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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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