Digitalized CAD/CAM protocol for the fabrication of customized sealing socket healing abutments in immediate implants in molar sites
Gary Finelle graduated from dental school in Université Paris 7 in 2011
and from Harvard Dental School, Boston (Implant Program) in 2013
Our daily dental treatment workflows are currently undergoing significant changes and improvements. In the last decade, technological improvements in 3D imaging, intra-oral optical scanning and Computer Aided Design / Computer Aided Manufacturing (CAD / CAM) are propelling dentistry and implant therapy into more computerized and integrated treatment processes.
The constant effort of the industry to provide performant minimally invasive instrumentations, biomimetic medical devices, combined with the fast-growing evolution of CAD-CAM technologies lead clinicians to modify clinical protocols toward a more predictable, better-connected, cost efficient and streamlined workflow.
The cases presented in this section have been fully treated in private practice in Paris, with the underlying objective (from my clinician standpoint) to optimize clinical daily workflow with the technology available in my dental environment. The goal is definitely not to show the most impressive (and expensive…) technologies, or to share with you non-reproducible « FULLY » digitalization but to try sharing some clinical situations where digital was (or not) helpful in the sense that it was not only (at least) as predictable but also time and cost-efficient in comparison with previous clinical processes.
Digitalized CAD/CAM protocol for the fabrication of customized sealing socket healing abutments in immediate implants in molar sites
Group 1 ITI Consensus Report: The influence of implant length and design and medications on clinical and patient-reported outcomes
Sealing Socket Abutment technique (SSA) – immediate implant placement in molar site
Réhabilitation implantaire
complète assistée par ordinateur.
Du diagnostic virtuel pré-implantaire à la prothèse CFAO
Protocole d’extraction implantation
immédiate : intérêt de l’utilisation de piliers de cicatrisation anatomique conçus par CFAO
Technique de prévisualisation du sourire dans la réhabilitation implantaire du secteur antérieur
Utilisation de l’impression 3D dans le flux numérique prothétique
Peri-implant soft tissue and marginal
bone adaptation on implant with
non-matching healing abutments:
micro-CT analysis
