Basics of Dental Technology (inbunden)
Fler böcker inom
Format
Häftad (Paperback / softback)
Språk
Engelska
Antal sidor
208
Utgivningsdatum
2015-09-25
Upplaga
2 ed
Förlag
Wiley-Blackwell
Illustratör/Fotograf
No
Illustrationer
Color illustrations
Dimensioner
277 x 213 x 10 mm
Vikt
613 g
Antal komponenter
1
Komponenter
1312:Standard Color 8.5 x 11 in or 280 x 216 mm Perfect Bound on White w/Gloss Lam
ISBN
9781118886212

Basics of Dental Technology

A Step by Step Approach

Häftad,  Engelska, 2015-09-25
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Finns även som
Now available in a second edition, Basics of Dental Technology is a complete reference for the current techniques and materials used in dental technology. Retains the accessible, task-based approach and step-by-step guidance of the first edition Features updates throughout, as well as a new chapter on digital dental technology and an interactive student website to support self-assessment Explains key competencies, concepts, instruments, and equipment, and also introduces more specialist techniques and procedures, such as denture prosthetics, fixed prosthodontics and orthodontic work Provides essential information for trainee dental technicians and students learning about dental technology, including study tips and strategies for working effectively within a dental team

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Recensioner i media

"Johnson et al. (restorative dentistry, U. of Sheffield, UK) offera resource for trainee dental technicians and undergraduatestudents to current techniques and materials used in dentaltechnology. Using a task-based approach and color photos, theyoutline step-by-step instructions, equipment, procedures, safetytips, and explanations of impression handling, model production, tray construction, articulators and facebows, complete and partialdental prosthetics, fixed prosthodontics, orthodontic work, occlusion and implants, and aesthetics." ("Reference and ResearchBook News," February 2011)

Övrig information

Dr Tony Johnson is Senior Lecturer in the Academic Unit of Restorative Dentistry and Head of the Dental Technology Unit at the School of Clinical Dentistry at the University of Sheffield, UK. Dr David G. Patrick is a University Teacher in the Dental Technology Unit, Academic Unit of Restorative Dentistry at the School of Clinical Dentistry at the University of Sheffield, UK. Dr Christopher W. Stokes is Senior University Teacher in the Academic Unit of Restorative Dentistry at the School of Clinical Dentistry at the University of Sheffield, UK. Mr David G. Wildgoose until his retirement in 2009 was a Dental Instructor in the Dental Technology Unit, Academic Unit of Restorative Dentistry at the School of Clinical Dentistry at the University Sheffield, UK. Dr Duncan J. Wood is a Senior University Teacher in the Dental Technology Unit, Academic Unit of Restorative Dentistry at the School of Clinical Dentistry at the University of Sheffield, UK.

Innehållsförteckning

About the Companion Website ix Chapter 1 Introduction 1 1.1 Introduction 1 1.2 How to use this book 1 1.3 Equipment and instruments 1 1.4 Health and safety in the dental laboratory 5 1.5 Sterilisation and impression handling 6 1.6 Introduction to model making 8 1.7 Models for prosthodontics casting primary impressions 9 1.8 Models for prosthodontics boxing-in impressions 12 1.9 Models for prosthodontics casting working (secondary) impressions 13 1.10 Models for prosthodontics models for cobaltchromium frameworks 13 1.11 Orthodontic study models 14 1.12 Introduction to sectional models 16 1.13 Producing a sectional model using a tray system (Figure 1.13.1) 17 1.14 Producing a sectional model using a pinned system 19 1.15 Sectioning the model 20 1.16 Introduction to articulating models 22 1.17 Articulating models on a simple hinge articulator 22 1.18 Articulating dentate models using the average position 23 1.19 Articulating edentulous models using the average position 25 1.20 Articulating models using a facebow 26 Chapter 2 Complete Prosthetics 31 2.1 Introduction to complete prosthetics 31 2.2 Construction of a close-fitting custom impression tray 32 2.3 Construction of a tray with spacer for edentulous cases 34 2.4 Construction of a tray for dentate or partially dentate cases 35 2.5 Construction of a windowed close-fitting tray 37 2.6 Construction of occlusal registration rims 38 2.7 Setting up denture teeth 42 2.8 Denture processing 47 2.9 Grinding and finishing the dentures 53 2.10 Denture repair 57 2.11 Relining a denture in the laboratory 60 2.12 Copy dentures 62 Chapter 3 Partial Prosthetics 65 3.1 Introduction to partial prosthetics 65 3.2 Classification 65 3.3 Component parts of partial dentures 66 3.4 Surveying 68 3.5 Designing partial dentures 71 3.6 Partial denture construction acrylic resin 75 3.7 Partial denture construction cobaltchromium 77 Chapter 4 Fixed Prosthodontics 85 4.1 Restoration design 85 4.2 Metal restorations 86 4.3 Ditching the die 88 4.4 Producing a wax pattern 88 4.5 Investing the wax pattern 90 4.6 Casting and de-vesting the pattern 92 4.7 Finishing the casting 94 4.8 Metal-ceramic restorations 98 4.9 Producing a wax pattern for a metal bonded to ceramic framework 99 4.10 Investing the wax pattern 102 4.11 Casting the pattern 102 4.12 De-vesting and surface preparation 104 4.13 Ceramic application and build-up 105 4.14 Ceramic restorations 112 4.15 Producing a high-strength ceramic substructure 114 4.16 Veneering a high-strength ceramic substructure 115 4.17 Producing a resin-bonded crown on a refractory die 115 4.18 Post crowns 117 4.19 Bridges 118 4.20 Producing a cast metal fixedfixed restoration 121 4.21 Producing a soldered metal fixedfixed restoration 122 4.22 Soldering 123 4.23 Minimal preparation bridges 125 4.24 Producing a minimal preparation bridge (Maryland technique) 126 4.25 Digital dentistry 128 4.26 Using a laboratory-based CADCAM system 131 4.27 Producing a posterior single-unit substructure or restoration using a reduction technique 132 4.28 Producing a bridge substructure 134 4.29 Removable Partial Denture Design 134 4.30 Implant-supported prosthodontics 139 Chapter 5 Orthodontics 141 5.1 Introduction to orthodontics 141 5.2 Classification of malocclusions 142 5.3 Theory of tooth movement 143 5.4 Basic wire bending techniques 144 5.5 Making passive components 146 5.6 Producing ball-ended clasps 146 5.7 The Adams clasp 147 5.8 Producing a southend clasp 148 5.9 Active appliances 149 5.10 Palatal finger spring (guarded) 150 5.11 Making a T-spring 152 5.12 Double cantilever or Z-spring 152 5.13 Buccal canine retractor 153 5.14 The Roberts retractor 154 5.15 Producing baseplates 155 5.16 Producing biteplanes 156 5.17 Extra-oral anchorage 156 5.18 Functional appl