Incluye Índice y Bibliografía

Chapter.1 Acquiring Digital Data. -- 1.2 Manipulating Digital Data. -- Chapter 2. Surface Scans. -- 2.2 Analog Impressions. -- 2.3 Digital “Impressions”—Digitization of the Oral Cavity. -- 2.4 Accuracy: Trueness and Precision. -- 2.5 The Need for Physical Models. -- 2.6 Concluding Remarks. -- Chapter 3. Facial Scanning. -- 3.1 Technological Evolution. -- 3.2 Technological Principles of Contemporary Facial Scanning. -- 3.3 Applications in Prosthetic Dentistry. -- 3.4 Clinical Case. -- 3.5 Dynamic Facial Scanners. -- 3.6 Shortcomings and Future Technical Improvements. -- Chapter 4. Software Packages. -- 4.1 Diagnostics and Data Collection. -- 4.2 Prosthetic and Surgical Planning. -- 4.3 Computer-Assisted Design (CAD). -- 4.4 Computer-Assisted Manufacturing (CAM). -- 4.5 Concluding Remarks. -- Chapter 5. Merging Digital Datasets. -- 5.1 Scanning Technologies and Related Datasets. -- 5.2 Accuracy of CBCT Scans. -- 5.3 Field of View (FoV). -- 5.4 Beam Hardening and Scatter. -- 5.5 Preparation a Patient for a CBCT Scan. -- 5.6 Merging Files. -- Chapter 6. Digital Workflows in Implant Prosthodontics. -- 6.1 Digital Workflows Applied to Patient Care. -- 6.2 Diagnostic Steps of the Digital Workflow. -- 6.3 Planning Steps of the Digital Workflow. -- 6.4 Surgical Steps of the Digital Workflow. -- 6.5 Prosthodontic Steps of the Digital Workflow. -- 6.6 Alternative Steps in Digital Workflows. -- Chapter 7. Computer-Guided Surgery. -- 7.1 Terminology. -- 7.2 Systems Used in Guided Surgery. -- 7.3 Positioning the Surgical Guide. -- 7.4 Prefabrication of Prostheses and Immediate Loading. -- Chapter 8. CAD/CAM Technology and Custom Bone Grafts. -- 8.1 Milled Bone-Graft Materials. -- 8.2 Printed Bone-Graft Materials. -- 8.3 Full 3D Planning of Free Vascularized Fibula Flaps for Maxillofacial Defects. -- Chapter 9. Digital Articulators. -- 9.2 Mechanical Articulators. -- 9.3 Digital Articulators. -- 9.4 Possible Future Developments. -- Chapter 10. Fabrication Techniques and Materials. -- 10.1 Fabrication Techniques and Restorative Materials. -- 10.2 Metal Alloys. -- 10.3 Zirconia. -- 10.4 Lithium Disilicate. -- Chapter 11. Complications and Technical Challenges. -- 11.1 Scanning-Related Complications. -- 11.2 Software-Integration Complications. -- 11.3 Milling Complications. -- Chapter 12. Future Developments and Challenges. -- Chapter13. Clinical Case Presentations: Implant-Supported Restorations Using Guided Surgery and CAD/CAM in a Digital Workflow. -- 13.1 Replacing a Mandibular Second Premolar with a Chairside-Fabricated Crown. -- 13.2 Replacing a Mandibular First Molar with a Crown Following Soft-Tissue Modeling. -- 13.3 Immediate Loading of a Premolar Implant with a Provisional Restoration. -- 13.4 Immediate Loading of an Anterior Implant with a Prefabricated Crown. -- 13.5 Replacing Four Upper Incisors with a Screw-Retained Bridge on Two Implants. -- 13.6 Replacing Three Mandibular Posterior Teeth with an Immediately Loaded Fixed Dental Prosthesis. -- 13.7 Replacing a Mandibular Denture with a Full-Arch Implant-Supported Mandibular Fixed Dental Prosthesis. -- 13.8 Rehabilitating an Edentulous Maxilla with Three Separate Bridges. -- 13.9 Rehabilitating an Edentulous Maxilla with a Fixed Dental Prosthesis Following Provisional Immediate Loading. -- 13.10 Oral Rehabilitation Aided by Digital Dentistry: Immediate Functional Loading with a Prefabricated Provisional Restoration. -- 13.11 Rehabilitating an Edentulous Maxilla with a Conventional Removable Denture and an Edentulous Mandible with a Fixed Dental Prosthesis Using s-CAIS. -- 13.12 Rehabilitating an Edentulous Maxilla with a Fixed Dental Prosthesis Using a DSD-Guided Approach. -- 13.13 Rehabilitating a Maxillofacial Defect with Transplanted Free Vascularized Fibula Segments and a Full-Arch Fixed Dental Prosthesis. -- Chapter 14. Technical and Clinical Recommendations

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