27Figure 27.1 ‘Variobase’ abutment.Figure 27.2 ‘Pre‐milled’ abutment.Figure 27.3 Medentika preface abutment holder.Figure 27.4 Planned case requiring angled screw channel.Figure 27.5 Nobel Biocare ‘ASC’ (angled screw channel).Figure 27.6 Digital design of healing abutment using implant planning data....Figure 27.7 Implant surgery and healing abutment insertion.Figure 27.8 Alignment of healing abutment as scan body ready to design final...Figure 27.9 CAD implant libraryFigure 27.10 Implant coordinates after scan abutment alignment.Figure 27.11 Icam4D scan locators.Figure 27.12 Acquisition of implant positions (Icam4D). Source: Imetric 4D I...Figure 27.13 Design of restoration (3shape Dental System®). Source: 3Shape A...Figure 27.14 Printed try‐in.Figure 27.15 Final restoration ready for insertion three days post‐surgery....Figure 27.16 Pre‐surgery situation.Figure 27.17 Audentes bridges manufactured for surgery.Figure 27.18 Post‐surgery OPG showing bridge insert accuracy.Figure 27.19 Intra‐oral result one week post‐surgery.Figure 27.20 Before and after. One week post‐surgery.26 Chapter 28Figure 28.1 Poor biomechanical and occlusal planning can lead to rapid failu...Figure 28.2 When examining forces on an object, it is important to be able t...Figure 28.3 Compressive, tensile, and shear forces.Figure 28.4 Correctly planned occlusions are important. Where you place your...Figure 28.5 The resultant vectors when a force is applied to an incline plan...Figure 28.6 Beams transfer loads by resisting bending and are complex struct...Figure 28.7 Class 1, 2, and 3 lever systems.Figure 28.8 The mandible as a class 3 lever system. The occlusal forces are ...Figure 28.9 Cantilevers require rigid and strong anchorage to resist the for...Figure 28.10 (a) Conceptual diagram showing a cantilever with a 2x A‐P sprea...Figure 28.11 Teeth are vertical cantilevers. Crown to implant ratio is impor...
27 Chapter 29Figure 29.1 Implants in upper left central and incisor positions demonstrati...Figure 29.2 Note the gingival embrasure space has been closed with pink porc...Figure 29.3 (a) Fabricating a copy abutment by lining the intaglio of the cr...
28 Chapter 30Figure 30.1 Directing occlusal loads axially rather than allowing lateral lo...Figure 30.2 Steep cuspal inclinations may produce a bending moment allowing ...
29 Chapter 31Figure 31.1 Radiograph of fractured abutment screw within an internal connec...Figure 31.2 Stripped screw head. The top of the screw is carefully removed a...
30 Chapter 32Figure 32.1 Interocclusal space requirements with different restorative opti...Figure 32.2 The transition line or prosthesis tissue junction is visible in ...Figure 32.3 Completely removable mandibular dental prosthesis using two loca...Figure 32.4 Fixed/removable implant‐supported bridgework. (a) Titanium bar. ...Figure 32.5 All on 4® implant‐supported bridgework with angled posterior imp...Figure 32.6 (a) Placement of six implants in the maxilla for full arch impla...
31 Chapter 33Figure 33.1 Comparison of peri‐implant mucositis and healthy peri‐implant ti...Figure 33.2 Excess cement on buccal and lingual of restoration. The clinical...Figure 33.3 Series of radiographs and photographs permitting evaluation of p...
32 Chapter 34Figure 34.1 Digital surface scans acquired from the intra‐oral scan of the l...Figure 34.2 Incorporated resin or silicone‐based markers to increase the num...Figure 34.3 Cone beam computed tomography (CBCT) scan.Figure 34.4 (a–d) Digital planning of implant placement based from a restora...Figure 34.5 (a–c) Digital planning of implant placement based from a restora...Figure 34.6 Digital planning of the surgical guide with the optimal 3D impla...Figure 34.7 The digitally planned surgical guide.Figure 34.8 The surgical guide seated intra‐orally.Figure 34.9 Straumann BLX Guided Surgery kit.Figure 34.10 Intra‐oral scan marker.Figure 34.11 (a–c) Intra‐oral scan markers in situ intra‐orally.Figure 34.12 (a–c) Digital surface scans taken with an intra‐oral scanner wi...Figure 34.13 (a, b) Scan bodies inserted with an intra‐oral digital scanner ...Figure 34.14 (a–c) Digital design and manufacturing of a lower full arch fix...
33 Chapter 35Figure 35.1 Peri‐implant radiolucency noted around failing implant.Figure 35.2 Periodontal and peri‐implant interface. The implant interface co...Figure 35.3 Emergence profile of implant restorations. When the emergence an...Figure 35.4 Titanium curettes designed for use around dental implants to pre...Figure 35.5 Implantoplasty to remove exposed threads and render the surface ...Figure 35.6 Patient with peri‐implantitis treated surgically with full‐thick...Figure 35.7 Regenerative surgical technique in a case with crater‐like intra...Figure 35.8 Final implant‐supported prosthesis demonstrating areas that are ...Figure 35.9 Fixed prosthesis with a large flange impeding access for cleanin...
34 Chapter 36Figure 36.1 Implant fracture. Patient was experiencing unexplained bone loss...Figure 36.2 Fractured abutment screw (gold screw).Figure 36.3 Poor implant positioning and attempted prosthetic recovery with ...Figure 36.4 Minor gingival discolouration in the anterior region adjacent to...Figure 36.5 Continued screw loosening of the abutment and re‐tightening led ...Figure 36.6 Stripped screw head. A fine slot has been cut into the top of th...Figure 36.7 Implant prosthetic misfit due to incorrect abutment insertion.Figure 36.8 Fistula present on the labial gingivae around the maxillary righ...Figure 36.9 Lower 46 implant with prosthesis misfit. The decision was to rep...Figure 36.10 Fractured metal framework and acrylic superstructure with poor ...
Guide
4 Foreword
9 Index
10 Wiley End User License Agreement
Pages
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