Differences

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--- en:dtat2107 [2021/08/10 16:43] – [Module Segmentation] onyxadmin
+++ en:dtat2107 [2021/10/25 09:15] (current) – [Import Interfaces] onyxadmin
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-<wrap right notice> 08/2021 </wrap>
+<wrap right notice> 09/2021 </wrap>
-======OnyxCeph³™ News======
+======OnyxCeph³™ Release News======
 [[http://www.onyxceph.com/index.php?option=com_content&view=article&id=75&Itemid=68&lang=de|{{:start.png?200|}}]]
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-=====Import-Interfaces=====
+=====Import Interfaces=====
-Due to the increasing use of intraoral scanners, there is an increased interest in direct and easy to configure interfaces for scan import. To meet these requirements, several new interface options (for iTero, medit, CS3X00 and Trios, among others) have been implemented in recent months. For the portals [[iteroimport|MyiTero]] and [[meditimport|MeditLink]] these interfaces can already be used in the current [[release_notes|Softwarerelease]] 3.2.157.
+[[iteroimport|{{:dot1.png|1}}]] [[meditimport|{{:dot2.png|2}}]] [[csdiimport|{{:dot3.png|3}}]] Due to the increasing use of intraoral scanners, there is an increased interest in direct and easy to configure interfaces for scan import. To meet these requirements, several new interface options (for iTero, medit, CS3X00 and Trios, among others) have been implemented in recent months. For the portals [[iteroimport|MyiTero]] and [[meditimport|MeditLink]] these interfaces can already be used in the current [[release_notes|Softwarerelease]] 3.2.157.
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 =====Module Retainer=====
-Starting with the upcoming release, there will be a direct interface for the retainer bending machine [[https://www.yoat1.com/|YOAT Bender 1]] in the [[retainer_3d|Retainer 3D module]] and a corresponding extension to the virtual round wire design. \\
+[[6299|{{:dot1.png|1}}]] Starting with the upcoming release, there will be a direct interface for the retainer bending machine [[https://www.yoat1.com/|YOAT Bender 1]] in the [[retainer_3d|Retainer 3D module]] and a corresponding extension to the virtual round wire design. \\
 {{:fig_1.png?600&direct}}\\
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 Also available in the upcoming release will be an option to send cephalometric side images in the [[digitize_2d|Evaluation module]] to the [[https://cellmatiq.com/|CellmatiQ]] service portal for AI-based retrieval and adoption of cephalometric fiducial locations in the image.\\
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+{{:digitizecellmq.png?600&direct}}\\
+\\
 =====Module Segmentation=====
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-=====Modules V.T.O.3D and Aligner=====
+=====Module Aligner 3D=====
-The planning modules [[vto3d|Virtual Setup]] and [[aligner_3d|Aligner]] have also been enhanced with additional features. This concerns in the module V.T.O.3 D module the new options to [[6325|take oover an interpolated treatment situation]] as treatment goal and table [[6342|Movement Data Mandible]], and in the Aligner 3D module, in addition to a [[attmtlist|Facelift]] of the Attachments and Timeline panels, the [[ami_options|Options]] for automated trimming and labeling of aligner series, as well as production-oriented processing after serial export, among other things.\\
+[[attmtlist|{{:dot1.png|1}}]] [[ami_options|{{:dot2.png|2}}]] In the [[aligner_3d|Aligner]] module, the Attachments and Timeline panels were visually and functionally revised. In addition, enhancements were made with regard to the options for automated trimming and labeling of aligner series, which are increasingly requested by service providers and hardware manufacturers, as well as production-oriented further processing after serial export.\\
 {{:fig_3.png?600&direct}}\\
+\\
+=====Module V.T.O.3D=====
+[[6325|{{:dot1.png|1}}]] [[6342|{{:dot2.png|2}}]] More features have also been added to the [[vto3d|Virtual Setup]] planning module. This includes the new functions for accepting interpolated intermediate situations as treatment targets and the mandibular movement table. \\
+{{:vto3d_tabmm.png?600&direct}}\\
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 =====Module FA_Bonding=====
-Since the user must always consider the desired target alignment of the relevant crown in the dental arch when placing brackets relative to the actual situation, additional numerical and visual control options have been implemented in the [[fa_bonding|module FA_Bonding]] to make it easier to find and evaluate the optimal position.\\
+[[fclft_fab|{{:dot1.png|1}}]] Since the user must always consider the desired target alignment of the relevant crown in the dental arch when placing brackets relative to the actual situation, additional numerical and visual control options have been implemented in the [[fa_bonding|module FA_Bonding]] to make it easier to find and evaluate the optimal position.\\
 {{:fig_4.png?600&direct}}\\
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 =====Module Bonding Trays 3D=====
-In collaboration with 3M, an IBT design option specifically tailored to APC™ Flash-Free™ Brackets was developed, integrated and tested in the [[bonding_trays_3d|Bonding Trays Module]].\\
+[[fclft_btray|{{:dot1.png|1}}]] In collaboration with 3M™, a new Digital-IBT design option specifically applicable to APC™ Flash-Free™ Brackets was developed, integrated and tested in the [[bonding_trays_3d|Bonding Trays Module]]. Additionally, the initialization of the inner trim line has been improved and endpoints for the last bracket crown have been added to ensure homogeneous stiffness of the IBT. \\
-[[fclft_btray|Additionally]], the initialization of the inner trim line has been improved and endpoints for the last bracket crown have been added to ensure homogeneous stiffness of the IBT. \\
-{{:fig_5.png?600&direct}}\\
+{{:fig_51.png?600&direct}}\\
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 =====Visualization=====
-Finally, new OpenGL shaders have been developed to, among other things, render textured tooth and soft tissue surfaces more realistically and optimize view options such as highlight, brightness, and blur based on the situation.
+Finally, new OpenGL shaders have been developed to, among other things, render textured tooth and soft tissue surfaces more realistically and optimize view options such as highlight, brightness, and blur based on the situation (see screenshots for modules Retainer 3D, FA_Bonding and Bonding Trays above on this page).
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