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- Title
INTEGRATION OF THE 3D CONCEPT IN ACHIEVING MOBILIZABLE PROSTHESES.
- Authors
Vasiliu, Mihaela-Păpuşa; Toni, Cigu Andor; Fuioagă, Codrin Paul; Armenia, Alexandru Daniel; Gîrbea, Cătălina; Stadolean, Carmen
- Abstract
A modern alternative, with various applications in prosthetic dentistry, is 3D printing, which has evolved rapidly in recent years, being an economical method in terms of time and labor, and from the qualitative point of view guarantees a perfect marginal closure of prosthetic constructions manufactured. Another very important advantage of additive technologies, in terms of prosthetic dentistry, is that it has the ability to print objects from different materials: polymers, composites, metals and alloys with a dense structure and predetermined surface roughness. The most common additive technologies applied in prosthetic dentistry are stereolithography (SLA), ink jet based system (3DP), selective laser sintering (SLS) and melt deposition modeling (FDM), mainly with wax, metal alloys, resin materials and ceramics. Due to the rapid prototyping, the 3D technique helps a lot during the planning and development of a certain construction in the prosthetic treatment, while reducing the intraoral time for patients.
- Subjects
PROSTHODONTICS; SELECTIVE laser sintering; RAPID prototyping; PROSTHETICS; CERAMIC materials
- Publication
International Journal of Medical Dentistry, 2020, Vol 24, Issue 2, p291
- ISSN
2066-6063
- Publication type
Article