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Tissue Compatible Bio-Integrated
Functional-Esthetic - Implant Prosthodontics
Dr. Samuel Waknine, M.D.M.S., Ph.D.
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DiamondCrown Conventional Ti-Implant
Superstructure (7 years Post-Op.)
TM
Case no. 1
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Clinical Implications 2
Biomechanical Concepts
Porcelain Fused to Metal Shear Bond Strength - 12
MPa DiamondCrown IDC - Abutment Post Shear Bond
Strenght - 35 MPa (x 3)
TM
1 Kg /mm2 10 N/mn2 1 MPa 145 psi
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DiamondCrown IDC Accelerated Cyclic Fatigue
Studies (3 years In-Vivo Correlation)
TM
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Clinical Implications 3
Biomechanical Concepts
Average Human Masticatory Force Anterior - 9
MPa Posterior - 31 MPa Bruxer - 41
MPa Pistachio Sealed Shell - 16 MPa
x55
x16
x12
x31
IDC (Molar) - 500 MPa (3000N/6mm2)
1 Kg /mm2 9.807 N/mn2 1 MPa 145 psi
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IDC-Abutment-Implant Cross-Section
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Integrated Implant Post - ZTi
Superstructure - DiamondCrown
TM
IDCZTi
TM
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DiamondCrown IDC Stratification
TM
DC Incisal
DC Enamel
DC Dentin
DC Opaque Dentin
DC Metal Cupler / Opaque
ZTi Implant Post
ZTi Abutment Post
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DiamondCrown Implant-Superstructure(s) IDC
Clinical Application 5-Year Post-Op.
Case no. 2
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Biocompatibility
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A Novel Polycrystalline Reinforced
Superstructure for Aesthetic - Restorative -
Prosthodontic Implant Dentistry DiamondBond-001
- DiamondFlow - DiamondLite - DiamondLink
DiamondCrown
New York University College of Dentistry DRM
Research Laboratories, Inc. USA
Dr. Samuel Waknine, M(D.M.S.), Ph.D.