lab form

Hello friends! IM JOZEK

I am glad to welcome you to “The process” page, where I will tell you a little about laser sintered 3d RPD'S.

the process

n
Scan
Design
Print & Process
  • The dental laboratory sends us a digital file  or a model via We Transfer portal.
  • The .stl files of all scanners are accepted.
  • We then design the framework and send it to for printing.
  • Using laser-sintering technology, we then proceed to manufacture the design .
  • Finally, depending on the option the laboratory chose, we’ll finish the framework and ship it

advantages

  • Reduction in environmental impact due to waste reduction
  • Ability to recall, change design and remanufacture without needing to change entire proces
  • Share designs through web based services between Clinician and Technician
  • Shorter Process Workflow
griffith UNIVERSITY study

bsem

  • The BSEM image of DMLS Co-Cr alloy at x500 magnification.
  • Additive manufacturing by laser sintering  or melting joins metal powders to accomplish: Almost 100% DENSITY FINER MICROSTRUCTURE SUPERIOR HOMOGENEITY. Traditional casting can lead to Miscasts, Porosity,or Investment Inclusions.
mr glenn cambell
  • Bachelor of Oral Health · Masters dental technology in prosthetics ·Griffith University

Mr Frank Alifui-Segbaya
DipDT,AC,BSc(Hons),M.PhilCurrently PhD candidate
Dr Jane Evans
Associate ProfessorDipDT, BFET, PhD
Additive manufactured RPD frameworks Vs Traditional Cast RPD frameworks Mr Glenn Campbell  Mr Frank Alifui-Segbaya  Dr Jane Evans