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This shows you the differences between two versions of the page.

--- en:workflow_0021 [2020/05/13 14:44] – [Panel Print Preprocessing] onyxadmin
+++ en:workflow_0021 [2022/05/18 13:02] (current) – removed onyxadmin
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-~~NOTOC~~
-=====3D Export=====
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-//Note//: In program versions OnyxCeph³™ BASIC and 3D PRO, only 3D objects of type maxilla and mandible can be exported in open 3D formats. In program versions OnyxCeph³™ LAB and OMS, all 3D object types can be exported w/o limitations.\\
-For the export of bracket bonding trays (IBT) designed in module Bonding Trays, a flat contact surface should be assigned.
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-====Export window====
-To export a single step or a series of steps, the 3D export window has to be opened either by icon button [Export Data] or from the context menu of panel __Object List__.
-{{:export01.png|}}
-Fig. 1:   Alternative menus to open the 3D export window
-\\
-{{:export02.png?600&direct|}}
-Fig. 2:   3D export window   \\
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-====Icon bar====
-{{:export03.png|}}    \\
-\\
-Fig. 3:   Export window icon bar \\
-\\
-•	Switch to previous step\\
-•	Reload\\
-•	Step number increment for labeling\\
-•	Switch to next step\\
-•	Show maxilla only\\
-•	Show mandible only\\
-•	Swich 3D views\\
-•	Fabrication ordes (if configured)\\
-•	Reload export settings\\
-•	Save export settings\\
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-====Panel Object List====
-{{:export04.png|}}
- Fig. 4:  Export window __Object list__
-Lists all 3D objects which have been visible in the module window. Selection can be modified using the list context menu. Note that all active (displayed) objects will be exported by button [Export].
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-====Panel Size====
-{{:en:export05e.png?&direct|}}  Fig. 5:  Export window panel __Size__
-Provides some metric measurements for the selected objects.
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-====Panel Parallel Cut====
-Allows to clip the jaw objects in height and tilt by plain cuts and the transformation of the coordinate system before exported.
-{{:export06e.png?650&direct|}}
-Fig. 6:  Export window panel __Parallel Cut__
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-====Panel Additional Objects====
-The panel allows to add additional features for digital models. All but the first option are hidden by default and can be enabled by the configuration button:
-  - A defined amount of support can be filled in between the teeth of the upper and lower arch
-  - A defined amount of support can be filled in to avoid vertical undercuts in upper and lower arch
-  - Cutting lines for trimming the aligner after thermoforming
-  - Fixation slots for [[https://www.dr-hinz-dental.de/en/model-management/35/pins-for-base-trays|Hinz-Pins]] to reposition occlusion
-  - Objects form the user defined 3D object library relative to the model, e.g. for fixator adapters
-  - Objects form the user defined 3D object library relative to the printing, e.g. for coordinate system adapters
-\\
-{{:export07ao.png?|}}
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-===Option 1: Block out interdental===
-{{:export07bo_id.png?650&direct|}}
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-===Option 2: Block out (Undercut)===
-{{:export07bo_uc.png?650&direct|}}
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-===Option 3: Cutting Line===
-{{:export07bo_cl.png?650&direct|}}
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-===Option 4: Fixation slots===
-{{:export07bo_fs.png?650&direct|}}
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-===Option 5: 3D Object===
-{{:export07bo_a3do.png?650&direct|}}
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-===Option 6: Adapter 3D Print===
-{{:export07bo_a3dp.png?650&direct|}}
-Fig. 7:  Export window panel __Additional Objects__
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-====Panel Label====
-Allows to put labels onto the object surface by right click before export. Labels can be created with different parameters for text width, height and decoration. Labels can use plain text or space holders, e.g.
-•	%1 	→	Patient ID\\
-•	%2 	→	Name\\
-•	%3	→	First Name\\
-•	%4 	→	Date of birth format YYYYMMDD\\
-•	%5	→	Gender\\
-•	%A 	→	Model number\\
-•	%D 	→	Social insurance number\\
-•	%S	→	Step number\\
-•       %X      →       TimeStamp YYYYMMDDHHMMSS
-It is recommneded to define label Height instead of Width to make sure same metric font size for different text lengths.
-The labels are dsiplayed in edit mode (blue) first to allow modifications but must finally be inserted by button [✔].
-{{:export07label.png?&direct|}}
-Fig. 8:  Export window panel __Label__
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-====Panel Print Preprocessing====
-By using the option Print Processing, the dataset can be re-meshed into a single surface before export. This can be helpful in cases where the manufacturing device (e.g. the 3D printer) is not able to handle internal surfaces like roots or support material correctly.\\
-The mesh size is controlled by the selected percentage (… 200%). Selecting about 70% results in an optimum for quality and file size in most of the cases. \\
-By the panel menu on the right, button an Options window is displayed where additional features like
-  *  Print Hollow
-  *  Add Surface Offset
-  *  Remove Bottom / Add Perforation
-  *  Set File Size Maximum
-can be configured.\\
-If print preprocessing is applied, all export processes run parallel as separate processes side by side - e.g. in serial export from  module Aligner 3D.
-{{:export09.png?850&direct|}}
-{{:export11pp_sq.png?650|}}
-{{:export11pp_ci.png?650|}}
-{{:export11pp_ho.png?650|}}
-Fig. 9:  Export window __Print Preprocessing__ and export examples
-^  Example                ^ Type                                          ^
-|  [[3d_export_ppex_31|1]]  | Solid                                       |
-|  [[3d_export_ppex_25|2]]  | Solid with bottom removed                   |
-|  [[3d_export_ppex_24|3]]  | Solid with square perforation               |
-|  [[3d_export_ppex_26|4]]  | Solid with circle perforation                |
-|  [[3d_export_ppex_27|5]]  | Hollow                                         |
-|  [[3d_export_ppex_28|6]]  | Hollow with bottom removed                              |
-|  [[3d_export_ppex_29|7]]  | Hollow with circle perforation in bottom  |
-|  [[3d_export_ppex_30|8]]  | Hollow with square perforation in bottom         |
-See also: [[ui_print_preprocessing|Options print Preprocessing]]
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-====Panel Serienexport====
-This checkbox will only be available in module Aligner 3D. If it is activated, all selected treatment steps can be exported automatically as a series. All options (cutting, inserting support, labeling, print processing) have to be defined for one single step only (e.g., for the 1st one) to be applied the same way on all subsequent steps thereafter.  If only a single jaw is visible, the sequence is exported only for this jaw, else it is exported and automatically labeled and named to separate files for maxilla and mandible.\\
-{{:export10_se.png?&direct|}}
-Fig. 10:  Checkbox Select All (serial step export option)
-//Note//: Checkbox [Select All] is only available if he Export window was opened from within module **Aligner 3D**.
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-====Export Formats ====
-OnyxCeph³™ supports export in 3D formats
-  *  STL
-  *  OBJ
-  *  ZPR
-  *  PLY
-  *  OFF
-  *  DXF
-//Note//: If Option Print Preprocessing (re-meshing) is selected, only STL format is available.
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-====Export of Bracket Bonding Trays (IBT) ====
-If bracket bonding trays (IBT) should be manufactured by 3D printing technologies, one of the available design options fo a flat contact surface should be used in Module Bonding Trays to avoid additional support for printing.
-{{:contactsurface.png|}}
-Fig. 11:  Available design options for IBT contact surface in modul Bonding Trays
-^ Hint  ^
-| For manufacturing by service provider Dreve, a flat contact surface design is required by default.   |
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-==== Liks ====
-|{{:movie.png?20 |}}           |[[https://youtu.be/IiExvsqdLHs|youtube|Tutorial Aligner Step Export]]  |