European Journal of Prosthodontics and Restorative Dentistry

cover art

Cover Date:
September 2017
Print ISSN:
0965-7452
Electronic ISSN:
2396-8893
Vol:
25
Issue:
3

3D Metal Printing – Additive Manufacturing Technologies for Frameworks of Implant Borne Fixed Dental Prosthesis

An edentulous patient was rehabilitated with maxillary metal-ceramic and mandibular metal-resin implant-supported fixed dental prosthesis (FDP). Metal frameworks of the FDPs were fabricated using 3D additive manufacturing technologies utilizing selective laser melting (SLM) and electron beam melting (EBM) processes. Both SLM and EBM
technologies were employed in combination with computer numerical control (CNC) post-machining at the implant interface. This report highlights the technical and clinical protocol for fabrication of FDPs using SLM and EBM additive technologies.

Keywords
3D Printing
Additive Manufacturing Technologies
Castable Printed Pattern
Digital Dentistry
Direct Light Processing
Lithium Disilicate
Polymer Printed
Stereolithography

10.1922/EJPRD_RevillaLeon05

Article Price
£15.00
Institution Article Price
£
Page Start
143
Page End
147
Authors
Marta Revilla León, Iñaki Martinez Klemm, Joaquín García-Arranz, Mutlu Özcan

Articles from this issue

  • Title
  • Pg. Start
  • Pg. End

  1. Nanocryl Coating of PMMA Complete Denture Base Materials to Prevent Scratching
  2. 116
  3. 126

  1. Influence of Different Ceramic Systems on Marginal Misfit
  2. 127
  3. 130

  1. Effect of Distance on Light Transmission Through Polymerized Resin Composite
  2. 131
  3. 135

  1. Survival of Direct Posterior Composites With and Without a Bulk Fill Base
  2. 136
  3. 142

  1. 3D Metal Printing – Additive Manufacturing Technologies for Frameworks of Implant Borne Fixed Dental Prosthesis
  2. 143
  3. 147

  1. British Society of Prosthodontics Annual Conference 2017 report
  2. 148
  3. 149

  1. BSSPD abstracts 2017
  2. 150
  3. 182

  1. BSSPD 2017 prize winners and photos
  2. 183
  3. 183

  1. BSSPD Liverpool 2018 Taster
  2. 184
  3. 184