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( A ) Occlusal view of anatomically based standardized polyurethane models of a completely <t>edentulous</t> upper maxilla with stereolithographic surgical template and ( B ) bicortical orthodontic self-drilling mini-implants on palate.
Edentulous Upper Maxilla, supplied by Genovis Inc, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Bruker Corporation mouse maxilla
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Servicebio Inc maxillae
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Formlabs Inc atrophic maxillae
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Geomagic Inc maxilla
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Hu-Friedy Manufacturing Co Inc maxilla
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Maxilla, supplied by Hu-Friedy Manufacturing Co Inc, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Autodesk Inc maxilla
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Servicebio Inc maxilla sections
( A ) Occlusal view of anatomically based standardized polyurethane models of a completely <t>edentulous</t> upper maxilla with stereolithographic surgical template and ( B ) bicortical orthodontic self-drilling mini-implants on palate.
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Image Search Results


( A ) Occlusal view of anatomically based standardized polyurethane models of a completely edentulous upper maxilla with stereolithographic surgical template and ( B ) bicortical orthodontic self-drilling mini-implants on palate.

Journal: Bioengineering

Article Title: Evaluation of Computer-Aided Navigation and Augmented Reality for Bicortical Mini-Implant Placement in Maxillary Expansion: An In Vitro Study

doi: 10.3390/bioengineering12070703

Figure Lengend Snippet: ( A ) Occlusal view of anatomically based standardized polyurethane models of a completely edentulous upper maxilla with stereolithographic surgical template and ( B ) bicortical orthodontic self-drilling mini-implants on palate.

Article Snippet: The bicortical orthodontic self-drilling mini-implants (Biomaterials Korea, Seoul, Republic of Korea) randomly assigned to the NAV, AR and FHT study group were placed in the anatomically based standardized polyurethane models of a completely edentulous upper maxilla by a unique operator who was allowed access to the planning.

Techniques:

Simulated bone marking (blue): ( A ) Sagittal and ( B ) coronal view of virtually planned (blue cylinders) and performed orthodontic self-drilling mini-implants (green cylinders) and surgical template (green line) on CBCT scan, ( C ) top and ( D ) front view of virtually planned (blue cylinders) and performed orthodontic self-drilling mini-implants (green cylinders) and surgical template and ( E ) front view and ( F ) sagittal view of virtually planned (blue cylinders) and performed orthodontic self-drilling mini-implants (green cylinders) and surgical template in completely edentulous upper maxilla.

Journal: Bioengineering

Article Title: Evaluation of Computer-Aided Navigation and Augmented Reality for Bicortical Mini-Implant Placement in Maxillary Expansion: An In Vitro Study

doi: 10.3390/bioengineering12070703

Figure Lengend Snippet: Simulated bone marking (blue): ( A ) Sagittal and ( B ) coronal view of virtually planned (blue cylinders) and performed orthodontic self-drilling mini-implants (green cylinders) and surgical template (green line) on CBCT scan, ( C ) top and ( D ) front view of virtually planned (blue cylinders) and performed orthodontic self-drilling mini-implants (green cylinders) and surgical template and ( E ) front view and ( F ) sagittal view of virtually planned (blue cylinders) and performed orthodontic self-drilling mini-implants (green cylinders) and surgical template in completely edentulous upper maxilla.

Article Snippet: The bicortical orthodontic self-drilling mini-implants (Biomaterials Korea, Seoul, Republic of Korea) randomly assigned to the NAV, AR and FHT study group were placed in the anatomically based standardized polyurethane models of a completely edentulous upper maxilla by a unique operator who was allowed access to the planning.

Techniques: