Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture

Aims: This study was conducted to evaluate the adaptation of maxillary complete denture designed by two different open computer-aided design software programs (3Shape and Exocad) using Geomagic surface matching software. Settings and Design: This was a nonrandomized crossover clinical trial. Materia...

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Autores principales:	Eman G Abd El Galil, Shaimaa L Mohamed, Fardos N Rizk, Marwa E Sabet
Formato:	article
Lenguaje:	EN
Publicado:	Wolters Kluwer Medknow Publications 2021
Materias:	3shape software computer-aided design denture adaptation digital complete dentures exocad software geomagic software Dentistry RK1-715
Acceso en línea:	https://doaj.org/article/0ded8b7c875a44238f0b7791f6f0f5b9
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spelling	oai:doaj.org-article:0ded8b7c875a44238f0b7791f6f0f5b92021-11-19T10:59:31ZEvaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture0972-40521998-405710.4103/jips.jips_137_21https://doaj.org/article/0ded8b7c875a44238f0b7791f6f0f5b92021-01-01T00:00:00Zhttp://www.j-ips.org/article.asp?issn=0972-4052;year=2021;volume=21;issue=4;spage=383;epage=390;aulast=Abdhttps://doaj.org/toc/0972-4052https://doaj.org/toc/1998-4057Aims: This study was conducted to evaluate the adaptation of maxillary complete denture designed by two different open computer-aided design software programs (3Shape and Exocad) using Geomagic surface matching software. Settings and Design: This was a nonrandomized crossover clinical trial. Materials and Methods: Twenty completely edentulous patients were selected in this study. Forty complete dentures were designed using two different software programs: twenty dentures were designed by 3Shape software and the other twenty dentures were designed by Exocad software. Maxillary dentures were evaluated regarding their adaptation by measuring the deviations that occurred between the fitting surface of the three-dimensional printed dentures, and the scanned master casts using Geomagic surface matching software. Statistical Analysis Used: An unpaired t-test was used for statistical analysis. Results: According to the positive average deviation value that represented pressure areas, 3Shape-designed maxillary dentures showed significantly lower mean deviation values (0.041115 ± 0.018165 mm) than Exocad-designed maxillary dentures (0.500665 ± 0.032619 mm). Regarding the negative average deviation values that represented the gap areas, Exocad-designed maxillary dentures showed significantly lower mean deviation values (0.161555 ± 0.007842 mm) than 3Shape-designed maxillary dentures (0.231350 ± 0.009146 mm). The results of the total average deviation values showed significantly lower mean deviation values (0.096950 ± 0.008868 mm) of 3Shape-designed maxillary dentures than Exocad-designed maxillary dentures (0.250755 ± 0.021154 mm). Conclusion: 3Shape and Exocad software programs produced acceptable maxillary dentures regarding denture adaptation. However, maxillary dentures designed by 3 Shape software showed better adaptation than maxillary dentures designed by Exocad software.Eman G Abd El GalilShaimaa L MohamedFardos N RizkMarwa E SabetWolters Kluwer Medknow Publicationsarticle3shape softwarecomputer-aided designdenture adaptationdigital complete denturesexocad softwaregeomagic softwareDentistryRK1-715ENThe Journal of Indian Prosthodontic Society, Vol 21, Iss 4, Pp 383-390 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	3shape software computer-aided design denture adaptation digital complete dentures exocad software geomagic software Dentistry RK1-715
spellingShingle	3shape software computer-aided design denture adaptation digital complete dentures exocad software geomagic software Dentistry RK1-715 Eman G Abd El Galil Shaimaa L Mohamed Fardos N Rizk Marwa E Sabet Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
description	Aims: This study was conducted to evaluate the adaptation of maxillary complete denture designed by two different open computer-aided design software programs (3Shape and Exocad) using Geomagic surface matching software. Settings and Design: This was a nonrandomized crossover clinical trial. Materials and Methods: Twenty completely edentulous patients were selected in this study. Forty complete dentures were designed using two different software programs: twenty dentures were designed by 3Shape software and the other twenty dentures were designed by Exocad software. Maxillary dentures were evaluated regarding their adaptation by measuring the deviations that occurred between the fitting surface of the three-dimensional printed dentures, and the scanned master casts using Geomagic surface matching software. Statistical Analysis Used: An unpaired t-test was used for statistical analysis. Results: According to the positive average deviation value that represented pressure areas, 3Shape-designed maxillary dentures showed significantly lower mean deviation values (0.041115 ± 0.018165 mm) than Exocad-designed maxillary dentures (0.500665 ± 0.032619 mm). Regarding the negative average deviation values that represented the gap areas, Exocad-designed maxillary dentures showed significantly lower mean deviation values (0.161555 ± 0.007842 mm) than 3Shape-designed maxillary dentures (0.231350 ± 0.009146 mm). The results of the total average deviation values showed significantly lower mean deviation values (0.096950 ± 0.008868 mm) of 3Shape-designed maxillary dentures than Exocad-designed maxillary dentures (0.250755 ± 0.021154 mm). Conclusion: 3Shape and Exocad software programs produced acceptable maxillary dentures regarding denture adaptation. However, maxillary dentures designed by 3 Shape software showed better adaptation than maxillary dentures designed by Exocad software.
format	article
author	Eman G Abd El Galil Shaimaa L Mohamed Fardos N Rizk Marwa E Sabet
author_facet	Eman G Abd El Galil Shaimaa L Mohamed Fardos N Rizk Marwa E Sabet
author_sort	Eman G Abd El Galil
title	Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
title_short	Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
title_full	Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
title_fullStr	Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
title_full_unstemmed	Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
title_sort	evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture
publisher	Wolters Kluwer Medknow Publications
publishDate	2021
url	https://doaj.org/article/0ded8b7c875a44238f0b7791f6f0f5b9
work_keys_str_mv	AT emangabdelgalil evaluationoftwocomputeraideddesignsoftwareontheadaptationofdigitallyconstructedmaxillarycompletedenture AT shaimaalmohamed evaluationoftwocomputeraideddesignsoftwareontheadaptationofdigitallyconstructedmaxillarycompletedenture AT fardosnrizk evaluationoftwocomputeraideddesignsoftwareontheadaptationofdigitallyconstructedmaxillarycompletedenture AT marwaesabet evaluationoftwocomputeraideddesignsoftwareontheadaptationofdigitallyconstructedmaxillarycompletedenture
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Evaluation of two computer-aided design software on the adaptation of digitally constructed maxillary complete denture

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