Model
Model
Model
Adding STL files (scanned models)
Importing models and matching them to CT
From the model module
you can add STL-scanned models.
Click on
Import model
This will automatically open the STL files saved on the same case file. Select the model you want, which will be shown in a preview window.Choose how you want to load the model. Remember that it depends on the teeth you choose to work on from the beginning.
Then, the model will be automatically registered and matched to the CT-constructed model. You can rename the model and change it’s color and visibility from the
model’s card
.
Manual Model Matching
You can rematch the model manually by placing at least 3 similar points on the model and the 3D-constructed model. Selecting the camera icon
will allow you to rotate both models simultaneously.
You can also move or rotate the model on the 2D cuts. All the keyboard shortcuts to manually move the model are found in the edit model
icon.
Selecting optimized fitting
will give you the best results.
Adding Antagonist models and bite scans
Click on
Import model
This will automatically open the STL files saved on the same case file. Select the model you want, which will be shown in a preview window.Choose
load model as antagonist
.This will automatically place the model in the most predictable bite form. You can also edit manually by moving it either on the 2D cut or the 3D model.
Importing Denture
To import a CT scan of a denture
Click on
Import Denture
and select any of the DCM files for the denture. This will import the denture DICOM and will automatically lead you to a segmentation window.Adjust the threshold until the denture is clear, choose
Create STL
and a denture model preview will appear.Choose whether you want to register it as an upper or lower denture. The denture will automatically be matched to the 3D model according to the markers set if you have used the dual scan protocol.
You can also rematch manually by choosing rematch from the ‘edit model
’ icon.
You can export the denture as an STL model from the denture card
.
Adding STL files (scanned models)
Importing models and matching them to CT
From the model module
you can add STL-scanned models.
Click on
Import model
This will automatically open the STL files saved on the same case file. Select the model you want, which will be shown in a preview window.Choose how you want to load the model. Remember that it depends on the teeth you choose to work on from the beginning.
Then, the model will be automatically registered and matched to the CT-constructed model. You can rename the model and change it’s color and visibility from the
model’s card
.
Manual Model Matching
You can rematch the model manually by placing at least 3 similar points on the model and the 3D-constructed model. Selecting the camera icon
will allow you to rotate both models simultaneously.
You can also move or rotate the model on the 2D cuts. All the keyboard shortcuts to manually move the model are found in the edit model
icon.
Selecting optimized fitting
will give you the best results.
Adding Antagonist models and bite scans
Click on
Import model
This will automatically open the STL files saved on the same case file. Select the model you want, which will be shown in a preview window.Choose
load model as antagonist
.This will automatically place the model in the most predictable bite form. You can also edit manually by moving it either on the 2D cut or the 3D model.
Importing Denture
To import a CT scan of a denture
Click on
Import Denture
and select any of the DCM files for the denture. This will import the denture DICOM and will automatically lead you to a segmentation window.Adjust the threshold until the denture is clear, choose
Create STL
and a denture model preview will appear.Choose whether you want to register it as an upper or lower denture. The denture will automatically be matched to the 3D model according to the markers set if you have used the dual scan protocol.
You can also rematch manually by choosing rematch from the ‘edit model
’ icon.
You can export the denture as an STL model from the denture card
.
Continue Learning
Continue Learning