# Treatment

t_date: 2023-10-01 08:01:00
projectGUID: f462abb0-6dce-448c-8606-e912343e23a9
workParamsSHA: vK7GOrDaukc8RLXVciEJTmpbJro=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  For a flexible denture you can use the DentalCAD gingiva design step 
  to draw an entire base including clasps.

  For more complex cases, you may prefer to use PartialCAD. 
  For this, it is recommended to switch the material setup to "Quick Snap: Flexible Denture".

  Note: this dataset requires the module PartialCAD to be activated.


t_date: 2023-10-01 08:03:00
projectGUID: cfeacbdb-dd8a-4088-aac6-46f71f90f4ff
workParamsSHA: vK7GOrDaukc8RLXVciEJTmpbJro=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  To design the crowns/denture teeth, the partial framework and the overdenture from scratch:
  Click "Design" in DentalDB to start DentalCAD and load the scan files only. When you finish the tooth placement do not close DentalCAD and proceed to the partial framework design. Once you've finished the framework design and closed PartialCAD, the framework will be imported automatically into DentalCAD when you proceed to design the overdenture.

  To design the partial framework only:
  Click "Design partial framework" in DentalDB to start directly with the design of the partial framework. The existing crowns/denture teeth will be imported automatically.

  To design the overdenture only:
  Click "Design" in DentalDB and start DentalCAD by loading the existing scene file. A removable partial framework file is already available in this project folder and will be imported automatically if you select "Design over denture" in the last wizard step of DentalCAD.

  Note: this dataset requires the module PartialCAD to be activated. 
  Designing the overdenture requires the module Full Denture to be activated.

  Recommended video tutorials to use with this demo sample:
  My first Partial Framework Design: https://youtu.be/tIDZanEjwYM
  Design Overdenture on Partials: https://youtu.be/oQbtVJzUbp8?t=138


t_date: 2023-10-01 08:06:00
projectGUID: cffdc8be-8960-46cc-91f0-4b45db08cbec
workParamsSHA: vK7GOrDaukc8RLXVciEJTmpbJro=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  To design the crowns/denture teeth, the partial framework and the overdenture from scratch:
  Click "Design" in DentalDB to start DentalCAD and load the scan files only. When you finish the tooth placement do not close DentalCAD and proceed to the partial framework design. Once you've finished the framework design and closed PartialCAD, the framework will be imported automatically into DentalCAD when you proceed to design the over denture.

  To design the partial framework only:
  Click "Design partial framework" in DentalDB to start directly with the design of the partial framework. The existing crowns/denture teeth will be imported automatically.

  To design the overdenture only:
  Click "Design" in DentalDB and start DentalCAD by loading the existing scene file. A removable partial framework file is already available in this project folder and will be imported automatically if you select "Design over denture" in the last wizard step of DentalCAD.

  Note: this dataset requires the module PartialCAD to be activated. 
  Designing the overdenture requires the module Full Denture to be activated.

  Recommended video tutorials to use with this demo sample:
  My first Partial Framework Design: https://youtu.be/tIDZanEjwYM
  Design Overdenture on Partials: https://youtu.be/oQbtVJzUbp8?t=138


t_date: 2023-10-01 08:11:00
projectGUID: 72107bad-e9d6-4be2-952d-8c2e658f9319
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a sample case for jaw motion import.

  1. In the "Jaw Movement Alignment" step select "zebris type SD" 
  when prompted to select jaw movement type.
  In "Virtual Articulator" step select "Load jaw movement data from file" and select the "Real_movement_recording.jawMotion" file.  
  When prompted "Please specify position of the 3D scan data.", choose "reference position".

  Note: this dataset requires the modules Bite Splint, Jaw Motion Import and Virtual Articulator to be activated.

  Recommended video tutorial to use with this demo sample:
  Jaw Motion Import - First Steps: https://youtu.be/vdjsvx853S0


t_date: 2023-10-01 08:09:00
projectGUID: 3ef23edf-c747-4d0d-a2ba-f61d04bb815d
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a full denture sample case intended for production with milled base and milled teeth. The tooth models can be scaled during the design process and  connected as a bridge.

  Note: this dataset requires the module Full Denture to be activated.

  Recommended video tutorials to use with this demo sample:
  Full Denture Design: https://youtu.be/NDdk2oBTzQw
  exocad Basic Guide: Digital Denture Methods: https://youtu.be/qTkkBK6cBmo


t_date: 2023-10-01 08:10:00
projectGUID: eea37cb9-b738-4001-8d57-a0fe11718d50
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a single arch sample case intended for printing, the teeth can be scaled and connected.

  Note: this dataset requires the modules Bite Splint, Jaw Motion Import and Virtual Articulator to be activated.

  Recommended video tutorials to use with this demo sample:
  Single Arch Denture Design: https://youtu.be/CUVESUceeLY
  exocad Basic Guide: Digital Denture Methods: https://youtu.be/qTkkBK6cBmo


t_date: 2023-10-01 08:13:00
projectGUID: 91625bd3-507b-409c-9b07-6632ee8e3740
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a demo sample for a simple bite splint.
  The virtual articulator can be used to open the bite.

  New in 3.2 Elefsina: 
  Design two bite splints (upper jaw and lower jaw) in one project.
  Patients anatomy can be used instead of library models.
  When the occlusion is raised in the articulator, the new position is automatically saved. 

  Note: this dataset requires the module Bite Splint to be activated.


t_date: 2023-10-01 08:14:00
projectGUID: 309bcc75-bb52-4ae6-a909-c294b8398cdc
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample data set for Model Creator with lab analogues and removable gingiva masks. 

  Use "exocad - Demo Case Implant Library FDA", "Model Creator with Lab Analogues".

  After designing the abutments, there are four different ways to integrate the implants into the model. 
  (There is a scene file available with designed abutments)
  To switch between +I54"preconditioned", "unconditioned" or "abutment die", click the "Analogs" tab in the "Plateless Model Design" step, once or twice on the respective tooth. 
  To create a removable gingiva, switch to the "Masks" tab in the "Plateless Model Design" step.

  Note: this dataset requires the modules Model Creator and Implant to be activated.

  Recommended video tutorials to use with this demo sample:
  exocad Quick Guide: Implant Model: https://youtu.be/5meb97AMHQs
  Virtual gingiva mask for Model Creator: https://youtu.be/tAU4HZojSek?t=1405


t_date: 2023-10-01 08:15:00
projectGUID: a2a95c93-9b36-428b-8bd4-3d4f6b644cee
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample data set for Model Creator with prepared dies and removable gingiva mask. 

  Note: this dataset requires the modules Bar, Implant, and Model Creator to be activated.

  Recommended video tutorials to use with this demo sample:
  Model Creator: https://youtu.be/4RVdwJizuCg
  Model Creator and extended features: https://youtu.be/oQbtVJzUbp8?t=2315


t_date: 2023-10-01 08:16:00
projectGUID: a753902c-fa2d-4d48-ab5f-8b1f0dc53762
workParamsSHA: 8IAJVaerRBQGyOX53mdJHQKyqig=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a demo sample to design a minimum thickness "offset" shell over a scanned bar with added retention material for adding wraparound acrylics later.

  Note: this dataset requires the modules Bar, Implant, Full Denture and PartialCAD to be activated.

  Recommended video tutorial to use with this demo sample:
  https://youtu.be/oQbtVJzUbp8?t=1709


t_date: 2023-10-01 08:17:00
projectGUID: c8c805c1-fd65-4941-8fe4-24171dfd0b66
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a demo sample to design a simple minimum thickness "offset" shell over a scanned bar.

  Note: this dataset requires the modules Bar, Implant, Full Denture and PartialCAD to be activated.

  Recommended video tutorials to use with this demo sample:
  https://youtu.be/oQbtVJzUbp8?t=1709


t_date: 2023-10-01 08:18:00
projectGUID: eb0201cd-cabb-453f-acf7-d238044f6821
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a demo sample to design an overdenture over a scanned bar.

  Note: this dataset requires the modules Bar, Implant, Full Denture and PartialCAD to be activated.


t_date: 2023-10-01 08:19:00
projectGUID: ee8cb844-f10f-4a49-83ec-b46ada8591f5
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a demo sample to design a reduced scanned waxup on a scanned bar.
  This allows you to use an already scanned waxup to adapt it to a scanned bar as an overdenture.

  Note: this dataset requires the modules Bar, Implant, Full Denture and PartialCAD to be activated.


t_date: 2023-10-01 08:24:00
projectGUID: ca65586f-0cdc-48ad-a7b5-e73d33961703
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for screw-retained bridges on titanium bases with manual positioning.

  Note: this dataset requires the module Implant to be activated.


t_date: 2023-10-01 08:25:00
projectGUID: 96aa3b67-b867-4274-afe3-082e8f0d5b6f
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for a custom abutment on titanium bases with manual positioning.


  Note: this dataset requires the module Implant to be activated.


t_date: 2023-10-01 08:20:00
projectGUID: 1416e2dd-bfc0-4ab2-86ae-0a7064211b0c
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for dental bar, with implant position import from external source.

  Note: this dataset requires the modules Bar and Implant to be activated.

  Recommended video tutorials:
  Ackerman bar design: https://youtu.be/YQ03KIiEDAA
  Dolder + Hader bar design: https://youtu.be/u-zFaP2gHxI


t_date: 2023-10-01 08:22:00
projectGUID: 60e2baf3-a369-43ef-bf66-78a104e4a023
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Implant based bridge designed out of tooth models and with virtual gingiva design for thimble bridge style with superstructures and implant position import from external source.

  Note: this dataset requires the module Implant to be activated.

  Recommended video tutorials to use with this demo sample:
  Virtual gingiva and digital waxup design: https://youtu.be/EOc42Nc8cb4
  Improved thimble crown design: https://youtu.be/oQbtVJzUbp8?t=915
  Using the cutback library "Thimble": https://youtu.be/i5fxwzV3J08
  Using the cutback library "Retentions": https://youtu.be/9Dh84NFRjz4


t_date: 2023-10-01 08:23:00
projectGUID: b6098b65-ccdd-442c-9f75-7026060e10d2
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Implant based bridge designed out of tooth models and with virtual gingiva design (e.g. for Prettau bridge or thimble bridge style) with implant position import from external source.

  Note: this dataset requires the module Implant to be activated.

  Recommended video tutorials to use with this demo sample:
  Virtual gingiva and digital waxup design: https://youtu.be/EOc42Nc8cb4
  Using the cutback library "Thimble": https://youtu.be/i5fxwzV3J08
  Using the cutback library "Retentions": https://youtu.be/9Dh84NFRjz4


t_date: 2023-10-01 08:27:00
projectGUID: 06cb34e2-9246-4224-9ba9-2c3cb94a37d4
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Demo sample of an immediate load case. Prosthetic design by using an implant planning file.

  In this case, the project folder also contains DICOM data. Although not necessarily needed, this data can be loaded for visualization with the DICOM Control.

  Note: this dataset requires the module Implant to be activated.

  Recommended video tutorials to use with this demo sample:
  Using the Immediate Load feature in combination with exoplan: https://youtu.be/N7dvpW6bQIg
  Immediate load prosthetic component libraries: https://youtu.be/oQbtVJzUbp8?t=1417
   


t_date: 2023-10-01 08:28:00
projectGUID: d2069944-98dc-48d1-a6c8-c95a4705f97a
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for switching an implant connection on a screw-retained crown.

  If you start the design from scratch, use the following library in implant detection step:
  "exocad - Demo Case Implant Library FDA", "Screw-Retained Crown" and In the last wizard step switch to expert mode and select "Switch implant connection library" in right mouse context menu and switch to:
  "exocad - Demo Case Implant Library FDA", "Switch Implant Connection"

  Alternatively, load the provided scene "ScrewRetainedCrownDesign.dentalCAD", switch to expert mode and select "Switch implant connection library" using the right-mouse context menu, then switch to:
  "exocad - Demo Case Implant Library FDA", "Switch Implant Connection".

  Note: this dataset requires the module Implant to be activated.

  Recommended video tutorial to use with this demo sample (switch implant connection feature): 
  https://www.youtube.com/watch?v=kM3paXycsR8


t_date: 2023-10-01 08:29:00
projectGUID: 36b94bf5-50aa-4b1a-952b-06d69e902ee4
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for a screw-retained crown.
  Use "exocad - Demo Case Implant Library FDA", "Screw Retained Crown"

  Tthis sample can be used to learn more about angulated screw channels. Since the Galway release, screw channels are draggable. Please ask your reseller's support to activate this feature in the settings. To angulate screw channels, select "Clickable" or "Draggable" in the "Advanced" tab of the "Generate Abutment Bottoms" step.

  This sample can also be used to learn the stock abutment workflow by selecting "On stock abutment" instead of "Screw retained" in "Options & Parameters" on tooth 21.

  Note: this dataset requires the module Implant to be activated.

  Recommended video tutorials to use with this demo sample:
  Angulated screw channel: https://youtu.be/RQwhltW0qsc
  Cut view: https://youtu.be/VZlzC55qWQg


t_date: 2023-10-01 08:30:00
projectGUID: 809f9c28-5b36-487b-9335-d6f6956b26f4
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for custom abutment and bridge on custom abutments.
  Use "exocad - Demo Case Implant Library FDA", "Custom Abutment" for the molar, premolar and the anterior tooth.

  Anterior Abutment + Coping + 2 Posterior Abutments + 3 unit bridge

  Note: this dataset requires the module Implant to be activated.

  Recommended video tutorials to use with this demo sample:
  Custom abutment design: https://youtu.be/9AVi2lhAxZI
  Switch implant connection feature: https://youtu.be/oQbtVJzUbp8?t=1642
  Angulated screw channel: https://youtu.be/RQwhltW0qsc
  Cut view: https://youtu.be/VZlzC55qWQg


t_date: 2023-10-01 08:43:00
projectGUID: 60421cb1-7c36-4495-8201-30f0a0e002e2
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Demo sample for demonstrating the chain mode feature in the tooth placement step.

  Recommended video tutorials to use with this demo sample:

  The "Chain Mode" Feature:
  https://youtu.be/-0iFd0_YhME


t_date: 2023-10-01 08:44:00
projectGUID: 0ff54b57-840f-4ac7-be13-b5232a6ffa85
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This case demonstrates the use of a waxup. Furthermore, the insertion direction is not ideal and can therefore be used to test the different parameters for crown bottom and insertion direction.
  In this case it is recommended to select a unique insertion direction for the bridge.

  Recommended video tutorials to use with this demo sample (crown bottoms):
  https://youtu.be/me3vIBUMBfE


t_date: 2023-10-01 08:33:00
projectGUID: 89446d95-0a91-4e20-95d1-2648c2e1e911
workParamsSHA: 6deXcgQ8OoEhG1O3T9i9RBy5dtc=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A demo sample for Smile Creator and mockup models.
  To create a mockup model proceed to model creator once you have finished the mockup design in dentalCAD and select "Digital waxup model" in the "Model Alignment" step.

  Note: this dataset requires the modules Smile Creator and Trusmile to be activated.

  Recommended video tutorials: 
  https://youtu.be/y5bMsmX53YM 
  https://youtu.be/vfjhFaXd2Cs


t_date: 2023-10-01 08:34:00
projectGUID: 3db940c3-93e1-47d8-934b-4477841a8edd
workParamsSHA: 6deXcgQ8OoEhG1O3T9i9RBy5dtc=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A demo sample for Smile Creator.
  Six reduced crowns for the upper anteriors can be designed using a patient's photo.

  Note: this dataset requires the modules Smile Creator and Trusmile to be activated.

  Recommended video tutorial to use with this demo sample:
  https://youtu.be/8HVv7t3ajII


t_date: 2023-10-01 08:45:00
projectGUID: ed54f4e1-5aa9-45b9-9c20-ac5ce5000911
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Three-element reduced bridge sample.

  This sample can be used to demonstrate virtual gingiva design. 


t_date: 2023-10-01 08:46:00
projectGUID: edfa1458-bb30-433e-9511-776f9a6a952e
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This sample case can be used to demonstrate virtual tooth extraction and in-CAD nesting. 

  Furthermore it can be used to demonstrate the design of a canine guidance by using the "Choose wich teeth influence articulator movement" feature in the virtual articulator. When starting the articulator in the beginning, mark tooth 22 by click to be exluded from the movement simulation as it will be extracted later. In the "Free-Forming" step after "Adapt to Pre-Op Scan" step do a static occlusal adaptation, then open the articulator again in expert mode, and the selcet tooth 23  to influence the movement in in the "Choose wich teeth influence articulator movement" tab. Then execute a dynamic occlusal direction.

  Alternatively you can also import a pre-op scan in "Add/Remove Mesh" and use it to demonstrate how to influence the articulator movements by a scan in the "Choose wich teeth influence articulator movement" feature.

  THIS SAMPLE DATA SET REQUIRES THE "NESTING" or "IN-CAD NEESTING" MODULE TO BE ACTIVATED.


t_date: 2023-10-01 08:47:00
projectGUID: 85cbe2fe-1566-427e-aede-2a57d6e09ce9
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Three-element bridge sample

  This sample can be used to demonstrate the Copy and Paste Tooth feature.
  The wizard will guide you to this step automatically for tooth 46.

  In the "Copy Tooth" step select the Mirror option and click on tooth 36 to copy its anatomic shape. As target you can define the copied tooth as pre-op model or final (library) tooth. 

  This sample can be also used to demonstrate virtual articulation (Activated "Virtual Articulator" Module is required).


  Available Video Tutorials:

  Designing a Three-Element Bridge :
  https://youtu.be/o4cu-JYJoB8

  Crown Bottoms:
  https://youtu.be/me3vIBUMBfE

  Copy Tooth Feature:
  https://youtu.be/MBjObhuPF04


t_date: 2023-10-01 08:48:00
projectGUID: eab287aa-86b1-466d-ad94-2ba18cf3cf80
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Primary telescopic crown demo sample.

  Recommended video tutorial to use with this demo sample: 
  https://youtu.be/bf0H6vqu-aE?si=mx94pQuDV97zTifX


t_date: 2023-10-01 08:35:00
projectGUID: 85812847-a9d9-41e2-9984-6ecca379e41b
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A pressed bridge demo sample. 

  This workflow provides a reduced bridge framework and three fitted anatomic shells.


t_date: 2023-10-01 08:36:00
projectGUID: 1439a6d9-dccd-4fd9-9627-673f333fefcc
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A pressed crown demo sample. 

  This workflow provides a reduced crown framework and a fitted anatomic shell.


t_date: 2023-10-01 08:37:00
projectGUID: 3f814860-d15b-4514-ad1b-ca3ea8bdd1e1
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A provisional bridge sample including two eggshell type crowns and one anatomic pontic for a tooth that is already missing.

  Note: this dataset requires the module Provisional Crown to be activated.

  Recommended video tutorial to use with this demo sample (provisional crown):
  https://youtu.be/jxUUKBB5Ikc


t_date: 2023-10-01 08:38:00
projectGUID: c95e998a-5e60-4dd3-b45d-d41f0b213037
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A provisional bridge sample including two eggshell type crowns and one provisional pontic for a tooth that is going to be extracted during preparation.

  Note: this dataset requires the module Provisional Crown to be activated.

  Recommended video tutorial to use with this demo sample (provisional crown):
  https://youtu.be/jxUUKBB5Ikc


t_date: 2023-10-01 08:39:00
projectGUID: b8d916f1-dd12-4017-9603-b69e3a0a1648
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A single eggshell type provisional crown sample.

  Note: this dataset requires the module Provisional Crown to be activated.

  Recommended video tutorial to use with this demo sample (provisional crown):
  https://youtu.be/jxUUKBB5Ikc


t_date: 2023-10-01 08:56:00
projectGUID: 3b1c4a34-870e-4d46-a1d9-af11f66d6ec1
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A reduced crown test sample.

  Recommended video tutorials to use with this demo sample:
  Basic Features / Anatomic Coping with Cutback: https://youtu.be/uGJD2RC4mJg
  Crown Bottoms: https://youtu.be/me3vIBUMBfE


t_date: 2023-10-01 08:57:00
projectGUID: 19b1597b-cc45-4190-8527-aa17408490a2
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A single offset coping test sample including a scan of the single die.

  Recommended video tutorials to use with this demo sample:
  exocad Video Tutorial: DentalDB- all features in detail: https://youtu.be/cwwgPtSSwqc
  Introduction to Basic Features / Offset Coping Design: https://youtu.be/6pN5IH5ZHnM
  Crown Bottoms: https://youtu.be/me3vIBUMBfE


t_date: 2023-10-01 08:52:00
projectGUID: ee384af4-9938-4319-85f5-ef7ff0452a2a
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Sample for multi-die mode for fast generation of offset copings (Solutionix multi-die plate).
  Requires support from scanner software.


t_date: 2023-10-01 08:32:00
projectGUID: 0e20b86f-ce71-459c-8d7b-437665b53faa
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Part I of an example possible workflow for a Smile Creator project.

  Usually, a virtual waxup or mockup case will be started on an unprepped jaw. For this, use the “Mockup” indication. After all steps in Smile Creator are completed, the tooth models are automatically saved in the project folder and can be used for the final design later.
  It is recommended to duplicate the project after Smile Creator or if the entire Mockup workflow is completed. Make sure to duplicate the “designed parts” as well. Duplicating the case will ensure the original mockup project including the the patient's accepted design remains intact.

  There is already a duplicate case with changed work types and prepped models available in the Demo cases. (Part II)

  For this case there are scenes available with a finished smile and a finished mockup.
  To start from scratch, select the option to load no scene and if you are asked to load the existing tooth models, select:
  "No, do not load previously designed tooth models."

  Note: this dataset requires the modules Smile Creator and Trusmile to be activated.

  Recommended video tutorials to use with this demo sample (Smile Creator and Mockup):

  https://www.youtube.com/watch?v=8HVv7t3ajII


t_date: 2023-10-01 08:31:00
projectGUID: 9a5c5d48-f690-4a47-8039-30a27240fc0f
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  Part II of an example possible workflow for a Smile Creator project.

  After the mockup has been completed (Part I) and duplicated including the designed parts, the work types should be adjusted to reflect the final restoration. Here the work types have been changed to anatomic crowns.
  The tooth model setup from the mockup case will be loaded in DentalCAD if you select "Yes, load previously designed tooth models."

  The unprepped model from Part I can be loaded as Pre-Op model (Situ).

  Note: this dataset requires the modules Smile Creator and Trusmile to be activated.


t_date: 2023-10-01 08:12:00
projectGUID: ec437bf6-ef22-438f-a16d-e08671e872a4
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a bite splint including anatomy sample case to be used with the digital facebow transfer. Jaw motion (Zebris device) can be used as digital facebow and articulator parameters are imported automatically.

  New in 3.2 Elefsina: 
  Design two bite splints (upper jaw and lower jaw) in one project.
  Patients anatomy can be used instead of library models.
  When the occlusion is raised in the articulator, the new position is automatically saved. 

  Steps:
  1. To save time with tooth placement, choose
  "Yes, load previously designed tooth models." in the very first wizard step in DentalCAD.
  2. In the "Jaw Movement Alignment" step select "zebris type SD" when prompted to select jaw movement type.
  3. In "Virtual Articulator" step select
  "Start the articulator now" and click "Load digital facebow data/articulator settings" and select the "Facebow_articulator_settings.jawmotion" file.
  4. Important: increase "Opening of bite" value to 3mm.

  Note: this dataset requires the modules Bite Splint, Jaw Motion Import and Virtual Articulator to be activated.


t_date: 2023-10-01 08:54:00
projectGUID: 47031945-7c67-459d-a402-533d784fadd9
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A single anatomic crown sample with intra-oral scan data for demonstrating the automatic wizard-guided, pre-op-based crown design workflow. 
  To enable the workflow make sure to select "Yes" in "Copy or mirror scanned anatomy"  in Options and parameters when "Pre-op model" is selected.


t_date: 2023-10-01 08:53:00
projectGUID: 0ff59170-9075-4522-a2d3-04834f749ade
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  The integration of NIRI and 2D images from iTero into exocad's software offers great advantages, such as the color and translucency of adjacent areas and dies. 

  You can also draw in the margin line on 2D images, which can be a great help - especially for complex preparation types such as this case.
    
  Step by step:
  1. Freeze a 2D image showing the preparation by pressing CTRL + H.
  2.Click the image to enlarge it.
  3. Hold down the CTRL key and click the margin line on the 2D image.

  Alternatively, press CTRL + SHIFT + M to open the entire image and select the margin line there.

  Recommended video tutorial: https://youtu.be/8Cy8b6QScW8

  Wiki page with additional info: https://wiki.exocad.com/wiki/index.php/IO_Camera


t_date: 2023-10-01 08:42:00
projectGUID: e11ab4fa-4631-4ad5-a7e9-1c7119f846f4
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This case allows the design of upper and lower crowns against each other.

  There are two prepared scenes saved at different workflow steps: one scene starts from the completed 'Crown Bottom' step and the other from the 'Tooth Placement' step.
  Alternatively, if starting the planning from scratch, select 'Yes, load previously designed tooth models' to import existing tooth models.

  Note: you only need to define the first margin line. Skip the other 15 margin lines by clicking 'Next', if desired.


t_date: 2023-10-01 08:02:00
projectGUID: fd0a4495-0557-4be2-808a-60162768cd99
workParamsSHA: vK7GOrDaukc8RLXVciEJTmpbJro=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  The QuickSnap workflow will adapt the created denture teeth and gingiva parts to the partial framework in the last steps of the PartialCAD wizard workflow. When finished, the following STL files are generated:
  - One for partial framework
  - One file per tooth part (individual teeth or bridges)
  - Two files per gingiva part (lower part, below the retention meshes, and upper part, between retention mesh and tooth parts)

  To design the denture teeth, the gingiva parts and the partial framework from scratch:
  Click "Design" in DentalDB to start DentalCAD and load the scan files only. When you finish the tooth placement and gingiva design do not close  DentalCAD and proceed to the partial framework design. The entire QuickSnap workflow is part of PartialCAD, so DentalCAD can be closed at this point.

  To design the partial framework only and go directly to the QuickSnap workflow:
  Click "Design partial framework" in DentalDB to start directly with the design of the partial framework. 
  The existing denture teeth and gingiva parts will be imported automatically.

  Note: this dataset requires the module PartialCAD to be activated.

  Recommended QuickSnap tutorial: https://youtu.be/tRvokMPUC5M


t_date: 2023-10-01 08:08:00
projectGUID: 9a63bbd9-9525-44a2-a80e-570bf9e8a0ea
workParamsSHA: jGDS1gZ+qqvF8wGCNXHWziacSuo=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  New duplicate denture feature: reline and reproduce your patient's denture 
  by copying the original prosthesis within the existing production workflow.

  Note: this dataset requires the module Full Denture to be activated.


t_date: 2023-10-01 08:07:00
projectGUID: 1199a06f-38db-4944-9da0-92622c284986
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  This is a snap-on denture case intended to be used on "ball attachments".
  Select the "exocad Demo - Ball Type Attachement" library with a straight or angled ball attachment.

  Note: this dataset requires the module Full Denture and Implant to be activated.


t_date: 2023-10-01 08:26:00
projectGUID: 5ba1ddd7-814a-4341-b6a5-c9db72bcb645
workParamsSHA: ox3jmxXb+IdapdxXICD1jsZm42k=
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  A stock abutment sample. Select the "exocad Demo - Stock Abutment FDA" library. 

  Note: this dataset requires the module Implant to be activated.


t_date: 2023-10-01 08:41:00
projectGUID: 24e1d0a2-ed82-48e2-82da-ba93b208f2af
workParamsSHA: 6deXcgQ8OoEhG1O3T9i9RBy5dtc=
loggedInUserHashWhoCreatedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  New beta feature: Post and Core
  Design endocrowns and final restoration in one step for fast and easy root canal treatment.

  Note: this dataset requires the module Post and Core and Implant to be activated. 


t_date: 2023-10-01 08:40:00
projectGUID: a3925a97-558e-4677-9e92-78ae329660bc
workParamsSHA: 6deXcgQ8OoEhG1O3T9i9RBy5dtc=
loggedInUserHashWhoCreatedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
loggedInUserHashWhoLastSavedTheCase: 511af344dabda839307b60e64702acd27fb3f60c
t_Notes:
  New beta feature: Post and Core
  Design endocrowns and final restoration in one step for fast and easy root canal treatment.

  Select the "exocad - Demo Post and Core" scan body.

  Note: this dataset requires the module Post and Core and Implant to be activated. 


# WorkParamsInfoLocal

fileName:
  C:\exocad\DentalCAD 3.2\DentalDB-generic-nightly-64bit-net6-2023-10-16T14-20-8689-main\config\WorkParamsDB.xml


