Abstract
#Implant restorations for partially or totally #edentulouspatients
have become a highly predictable treatment, however restoration
success is not based only on implant #osseointegration whether the
aesthetic result [1,2]. Implants ideal 3D position and inclination are mandatory to obtain
optimal aesthetic outcomes with long-term stability [3,4]. It's
essential to design and manufacture structures and individualized
abutments that mimic natural teeth and adapt to the characteristics of
each patient providing the necessary support to the peri-implant tissues
[5]. A defective restoration due to lack of adjustment, can lead to
mechanical or biological complications or even the failure of the
restoration and the implant, compromising the long-term functional and
#aestheticaloutcomes. Main advantages of digital work-flow in #oral implantology are: Implant 3D planning with the possibility of printing a
surgical stent to optimize implant position, changing conventional
impressions by digital impressions reducing the dimensional variations
and obtaining a printed model, the possibility of designing 3D abutments
that allow to support soft-tissue around implant and finally
manufacturing all- ceramic restorations with milled-ceramics [5]. The
objective of this publication is to show the wide variety of
possibilities that digital work-flow offer in oral implantology through
the explanation of a case report.
For more Biomedical open access journals please click on
Digital Workflow in #OralImplantology: A Case Report by Oscar somo Salomó in BJSTR
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