NemoCast

NEMOCAST – PREPARATION OF THE CASE

After uploading the models, they will be opened by default in the program in
Preparation mode and we can easily identify this by the icon in the upper left-

hand corner .
The Preparation process will continue following the order of the upper menus
that appear when the case is opened: Orientation, Digital Bases and
Segmentation.

If the user imports a DICOM volume more options will be enabled in Orientation
menu.

Orientation

Orientation is the first step for treatment planning in orthodontics. There are
different opinions of the orthodontics for doing head orientation. This wizard
presents three different options to cover the most important ways of head
orientation:
 Import Models
 Occlusal adjustment
 Manual Orientation
 Photos Orientation

The Import Models panel will appear if a DICOM volume is loaded.

Importing a DICOM volume is not mandatory to plan an orthodontic treatment,
DICOM volume will be imported if the Doctor requires more information about
patient anatomy. If the Doctor considers a DICOM volume is not necessary,
then follow Manual Orientation and skip the next step: Import Models.

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If Doctor needs to import a DICOM volume to add more information about
patient anatomy, the Doctor should save and close the current 3D document by

pressing
If Doctor does not close the document, NemoCast will show the message
below:

Then from the Apps button, Doctor should select NemoCast 3D Import Dicom
and follow the procedure to import a DICOM volume described below.

Import Models

The import of the models is at the first step of the orientation process. Digital
dental models give substantial information for the orientation process. They will
be imported and aligned on the skull of the patient. The models can be imported
following protocol below.

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In the following video, we can see all the steps of the Import Models panel:
Import Models Panel

In the image below, we can see the result of this panel:

Occlusal Adjustment

As we have explained previously, the correct thing is for the models to be

scanned in occlusion and when the program imports them, they appear in their
natural position.
Example of a case that requires the use of occlusal adjustment:

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If not, we can adjust it with the Occlusal Adjustment tab that includes the
Orientation Menu when the case requires it (otherwise, this tab will not appear).

In the Occlusal Adjustment tab, we will proceed to select the button Mark
points of the upper Model. The cursor will change shape to a cross and we will
proceed to mark the points that the upper view has in common (which does not
mislead us that the view in which the upper model is displayed is marked with
an I, for the lower model, in the corner lower left, since the program does not yet
have references and does not position it correctly) and the view in occlusion.
At the third point that we mark, the Adjust button will be activated and we will be
able to press it to make all the marked points coincide, thus assigning it a
position in space and a reference.
We will repeat the same operation with the lower model.
We can finish the adjustment with the automatic option Adjust by surfaces (you
just must click on it).

Manual Orientation

The Orientation Menu includes a tab entitled Orientation / VOI that will allow
us to place the models in the same position as marked by each of the views
(right (R), left (L), inferior (I) and anterior (A). In this way, the model will move
accurately and appropriately into the position marked further on, with the
positioning icons that will appear in the lower right-hand corner at the end of the
orientation process.

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In the following video, we can see how to do the Manual Orientation of the
Volume:
Manual Orientation Panel

Volume Resizing

In each of the views in this screen (Axial, Sagittal, Coronal and 3D) a blue
frame will appear, initially marking the edges of the maximum cube framing the
entire volume of the tomography. The aim is to reduce this cube, so that it only
contains the valid region for planning.

In the following video, we can see how to do the Resize the Volume:
Manual Orientation Panel

And the result of both orientation and Resizing in the image below.

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Photos Orientation
Using the frontal, lateral and submentovertex photos as references the surgeon
can orient the head of the patient in the 3 planes of the space.
Click on the vertical option Photos Orientation and it will open a new panel to
the left of the screen:

To make a good Photo orientation, we can follow the steps of the next video:

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Photos Orientation Panel

And the result of the photo orientation in the image below.

Digital Bases

The NemoCast program works with closed meshes, so if the model is open and,
therefore, the inside is visible, we must go to the Digital Bases Menu to
extrude it, namely, to cover it, or base it, to generate a base that not only serves
to close the mesh, but prepares the model so that it is more aesthetically
pleasing in order to show it in a lecture or a similar event.
The process of extrusion and basing is not an exclusive process, but both can
be carried out, if desired, but it is completely unnecessary since both perform
the same practical function, so it is more logical to not extrude it if it is going to
be based later. These processes not only close the mesh but can also help us
get rid of excess material if we do not previously edit the model.

Upper Model Fast Digital Base

The first active tab of the panel is Upper Model Fast Digital Base. In this tab,
we are forced to check the status of the mesh by clicking on Check to start the
process. To find defects, we will have to click on Repair and, if not, we can
move on to the next step that consists of clicking on the Draw Contour button
and using the left-click in a counterclockwise direction to mark points on the
model of the region which we want to work on in order to dispense with the
surplus material that does not provide any information.

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In the following video, we can see all the steps of the Upper Model Fast Digital
Base panel:
Fast Digital Base Panel

In the image below, we can see the result of this panel:

Lower Model Fast Digital Base

Click on the next tab of the panel, entitled Lower Model Fast Digital Base. The
procedure is the same as the one defined in the Extrude Upper section.

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In the following video, we can see all the steps of the Lower Model Fast Digital
Base panel:
Fast Digital Base Panel
In the image below, we can see the result of this panel:

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Digital Bases
The next step in the Digital Base wizard is to build the digital bases.

To build the Digital Bases of the models, we just need to follow the steps of the
next video:
Digital Base Panel

In the image below, we can see the result of this panel:

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Segmentation

Teeth to segment
The third menu of the preparation phase is Segmentation. After having
extruded or based the model we will go to this option to separate the teeth from
the gums and to make movements in the teeth on which we will develop a
treatment plan in the Planning phase.
The Teeth to segment section will be displayed in the panel shown in the left-
hand side margin.

In the following video, we can see how to segment the teeth:

Teeth Segmentation Module

And the result of the segment teeth can be seen in the following image.

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Upper Model Segmentation

Next, we will access the Upper Model Segmentation section.

In the following video, we can see how to do the Upper Model Segmentation:
Segmentation Module

And the result can be seen in the following image.

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Lower Model Segmentation

In the next tab, which will have already been activated, turning from a gray to
blue color, the same process will be carried out as in the previous Upper Model
Segmentation tab.

In the following video, we can see how to do the Lower Model Segmentation:
Segmentation Module

And the result can be seen in the following image.

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The User will be able to visualize all the segmented teeth in a panoramic view,
the user will press the Visualization… button and will select the Panoramic
View option.
System will show a float dialog with a 2D view with segmented teeth from upper
and lower arches in a panoramic view.
User will press the Ok button and will close the panoramic view dialog.

Teeth Landmarks

In this seemingly trivial tab, the calculation of the anatomical points of the
segmented teeth will be carried out as well as the facial axes in which the
brackets will be placed if indirect Bonding is needed.

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In the following video, we can see how to Landmark all the teeth:
Teeth Landmarks Module

And the result can be seen in the following image.

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Segmenting Teeth Roots
A screen divided into four views will open, showing the three radiological views
of the CAT and the segmented crowns.

There is also available in the panel Segmenting teeth root, the option to Mesh
edition:

In the following video, we can see the final step of Segmentation, the
segmentation of the teeth roots:
Segmentation Module
And the result can be seen in the following image.

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Tracing and calculation of Wala
This panel allows you to calculate the Wala after plotting it. To do this, press the
Trace Wala Edge button and the tool to draw a polyline is activated.

In the following video, we can see how to do the Trace and calculate using the
Wala procedure:
Wala Step
The result is the calculation of the measurements for the canines, premolars
and molars, and can be seen in the following image.

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NEMOCAST – DIAGNOSIS AND PLANNING

Once we have prepared the case and we have the segmented models, we will
go to the Diagnosis and Planning phase by clicking on the arrow of the icon

located in the upper left-hand corner

In this phase we are going to follow the order indicated by the upper menus.

Place incisal guides

Once we have obtained those points, which the program uses to obtain all kinds
of measurements based on its reference, we will have two options to place
incisal guides. First, using the buttons Upper and Lower from Manual Setup.

And the second option is pressing the button Incisal Guides menu , first
select the Action Load Upper Incisal Guide and second Load Lower Incisal
Guide.

By clicking on the Load Upper Incisal Guide or Load Lower Incisal Guide
button, a float panel appears with the different types of default arch curves in
the program.

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Once the type of incisal guide is selected, it will be shown at 3D view. Repeat

the same process to add lower incisal guide: Incisal Guide button and a
new panel will be shown to select Overbite and Overjet.

Once Overjet and Overbite are selected, the Lower Incisal Guide will be
shown.

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  Delete Object: erase the arch line.
 Remove anchor Point: delete only the green dot where this menu was
displayed.
 Convert between smooth points and corner points: transforms the
green dot into the yellow bar that modifies the tangent to the curve.
 Close Path: close the incisal guide using more points and a blue
polyline.
 Thickness / Color: pressing this option, a float panel is shown and
thickness and color can be changed and saved.
 Symmetry: it is checked by default, but if deselected each semiarch can
be moved independently. This option also appears if we right-click on the
arch line itself.
 Allow edition: option to be able to edit the guide or block the edition of
the guide. If edit is unchecked then the control points will disappear.

If we place the mouse over each of the anatomical points, the name of each
point will appear according to its position in the piece.

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Manual Setup

To perform the movements of each of the teeth that we have segmented in the
preparation, select the Manual Setup tab.

Extractions in Setup

In the upper part of the tab we find a dental chart in which the squares of row P,
corresponding to the segmented pieces in the Preparation phase of the case,
will be colored in. If we click on any of these boxes, the unselected dental piece
will be unmarked and will disappear from the dental chart of the corresponding
model, leaving a hole in the gum.

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In the following video, we can see how to do extractions using the dental chart:
Extractions Step
And the result can be seen in the following image.

Alignment teeth in Setup

To align teeth according to incisal guides, you should press the Align button.

To learn how to Align, just click on the video below:

Align Step
The next image show an example of it:

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3D Manual tooth

Clicking on to move a tooth by selecting an axis in 3D.

The video below shows how this tool works:

3D Manual tooth Step

In the image, we can see an example of how the tool works:

2D Manual tooth

Clicking on to move a tooth and use a plane to constrain the movement.

In the following video, we can see how to do a 2D Manual Movement:
2D Manual tooth Step
And the result can be seen in the following image.

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Rotations and Translations

The rotations and translations for each tooth is shown in a table after pressing
the Rotations and Translations button.

Warnings about movements in Dental Chart

In the Dental Chart will mark the teeth with difficult movements in red and the
most difficult movements in black.

The minimum values in red and the maximum values in black can be configured
in the panel accessed from: Edit-> Setup…-> Models Analysis tab and button
Conf. Limits values Setup. In this panel, one of the teeth must be selected in the
dental chart and the minimum and maximum values for each type of rotation
and translation must be established.

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Attachments teeth in Setup

Other buttons appear in the Setup tab of the Setup Settings section:
 Attachments: used to attach attachments (pieces that are attached to
the aligners to perform precision movements). At the Auxiliary
appliances section, select from the list Attach option.

To learn how to add attachments, just click on the video below:

Add Attachments Step

The next image show an example of it:

The process to add and remove brackets is similar to add and remove
attachments.

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Add Bracket
To add a Bracket select the option Bracket in the list from section Auxiliary
appliances, then press + button and a float panel is shown to select a
Manufacturer and a Model.
A tool to place Bracket is active, finally select a tooth in 3D to place the Bracket.

The video below shows how add Brackets:

Add Brackets Step

Spacing/Overlaps - IPR
 Select teeth: the options from this section
can be applied to All Teeth or Selected teeth
using Dental Chart or 3D view.

In the following video, we can see how to do control Spacing/Overlaps:

IPR Step
And the result can be seen in the following image.

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Bolton section
This section allows you to select the size of the arch after checking the Show
guides option.

The result of calculating Bolton arch is a blue arch which is shown in 3D views.
The blue segment is the actual measurement of the tooth and the green
segment is what it should measure according to the arch size we have chosen.

Occlusion section
This section allows simulating with an articulator the mandible and maxilla.
Checking Mandibular autorotation, the last teeth are moved to the occlusion
position.

To learn how to use the articulator, just click on the video below:
Virtual Articulator Step

The next image show an example of it:

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Timeline
When the setup is finished, click on the following tab entitled Timeline.
A panel will automatically be displayed on the right-hand side of the screen
entitled Timeline Panel where a type of vertical dental chart will be displayed
with all the pieces of the two arches and, in the row corresponding to each
piece, the movement or movements relative to that piece are shown.

The videos below shows how to use the Timeline:

Timeline Step
Virtual Tooth Step
The next image is an example of it:

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Mockups
The aim of this functionality is to generate a mockup with the prosthesis (virtual
teeth) planned in the previous step since it is useful to show a patient the final
result before the treatment.

To design a mockup there are some important steps to follow:

 Selection of the arch and the teeth in the dental chart. Inferior and
superior arch must be tagged with Lower model and Upper model labels
in the mesh list. A dental chart shows activated teeth which will be
allowed to be selected.
 Joining the teeth as a unique mesh.
 Add base plate mesh that will be joined after with the teeth.
 After adding all the teeth into the 3D view and a baseplate, a mockup will
be generated.

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Some tools are available to modify the new mesh, these tools are described
below:
 Trim mesh
 Sculpt mesh
 Move mesh

Second Phase
The Second Phase panel is able to evaluate the current teeth position from a
patient with final or an intermediate step of Setup.
To choose a superior mesh, Second phase panel gives two options: import from
file or import from records, both options are explained below:

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Import from Records

The user presses the Import button from Import from Doc section and a float
panel is opened.
The user presses the Select button and all the documents from the current
patient should appear.
The user selects the case with the oldest date and confirms it by pressing the
Ok button, then all the meshes from the selected case appear.
The user checks Superior Model Scanned, then confirms to import it by
pressing the Ok button.
The user presses the Ok button.
The system imports the selected model and renders it at the 3D view.
Once superior models are imported, the user presses the Select button from
the Choose Superior section and the mesh list appears. User selects Superior
mesh and presses the Ok button. User repeats this step for the lower mesh.

The User repeats the same process at section Choose Inferior and selects
Inferior mesh.

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The next image shows an example of it:

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Import from file:
At the section Choose Superior, the user presses the From File button and a
float panel is opened.
The user looks for a folder where the imported model is saved, selects it and
presses the Open button.

The user presses the OK button.

The system imports the selected model and renders it at the 3D view.
Once superior models are imported , the user presses the Select button from
the Choose Superior section and the mesh list appears. User selects Superior
mesh and presses the Ok button.
User repeats the same process for the lower mesh.

Alignment the edited model with a biomodel

The steps encompassing align the edited model with a biomodel, there are
three options to align selected meshes with biomodel:
 Generic: automatic method to align biomodel with meshes.
 Cut plane: automatic method to align biomodel with meshes cut with a
plane.
 Manual: the alignment of biomodel with meshes are performed using
regions or points placed manually.
The steps to execute each method are described below:

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Generic method
The user selects the phase at Stage section, if the selected phase changes,
then the position of teeth are shown in 3D.
At the section Models Alignment, the user selects the Generic method at the
combo box and presses the button Automatic.
The system creates internally a new mesh with all the segmented teeth at the
position which corresponds with the selected phase.
The system aligns Upper and Lower meshes with the segmented teeth mesh
and renders the aligned mesh to the new position.

Cut Plane Method

The user selects the phase at Stage section, if the selected phase changes,
then the position of teeth are shown in 3D.
At the section Models Alignment, the user selects the Cut Plane method at
the combo box and presses the button Automatic.
The system creates internally a new mesh with all the segmented teeth at the
position which corresponds with the selected phase.
The system aligns Upper and Lower meshes with the segmented teeth mesh
and renders the aligned mesh to the new position.

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Manual method
At the section Models Alignment, the user presses Align Superior and a right
panel called Mesh Matching is opened.
The system shows two 3D views, the meshes “Upper mesh” and the Upper
teeth mesh from the selected phase.
The user presses the Mark points button to activate the tool to place points. A
minimum of four points will be needed to perform the alignment. An error value
will be displayed in the Error (RMS) field once the adjustment has been made,
so that the user can access it.
Alternatively, the user will be able to mark a closed region through a set of
points that will serve to refine the alignment. The Define Regions button
activates the tool to define a region. The aim of this functionality is to improve
the previous alignment. An error value will be displayed once the adjustment
has been made, so that the user can access it.
Finally, a manual adjustment could be performed to improve the alignment.
Manual adjustment button is pressed to activate a set of tools which allows
translating and rotating the model. The user is able to manually move the mesh
of the model with a set of tools in the three different planes of the space (axial,
frontal and sagittal). The value of the movement will be configurable at every
movement being millimeters the unit for translation and degrees for rotation. To
end the process of alignment the user presses the Ok button.

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Calculating and visualizing Error
After the alignments of teeth, the user presses the Calculate button.
The system calculates the error between teeth, if the error is higher than a limit,
the system shows with orange color the region where the error was found.

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Calculating Error: Print Error to .txt File
After calculating the errors from teeth, the user presses the To File button.
The system calculates the error between teeth and opens a float panel to select
the folder where to save the error file.
User selects the current folder and presses the Save button.

Calculating Error: Print Error to PDF File

After calculating the errors from teeth, the user presses the PDF File button.
The system calculates the error between teeth and opens a float panel to select
the folder where to save the error file.
User selects the current folder and presses the Save button.

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Modify The Planification Using Matching Models

New Timeline Using Pre-Treatment

At the Setup section, the user selects the Continue option.
The user presses the Update button.
The system erases the timeline.
The system uses positions from the imported mesh as the initial position in the
timeline.
The user presses the Setup button, and the panel Manual Setup is opened.
The user presses the Timeline button at the Manual Setup panel.
The system remains the final position of pre-treatment and calculates the
movements between imported mesh position to final position.
The system creates a timeline using the new movements.

Calculating New Biomodels

New Timeline Using a New Pre-Treatment

At the Setup section, the user selects the New option.
The user presses the Update button.
The system erases the timeline, and the final position is deleted too.
The system uses positions from the imported mesh as the initial position in the
timeline.
The user presses the Setup button, and the panel Manual Setup is opened.

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The user configures the new final position and re-planificates the final position
of teeth.
The user presses the Timeline button at the Manual Setup panel.
The user redoes the treatment to achieve a new final position.
The system gets the new final position of pre-treatment and calculates the
movements between imported mesh position to final position.
The system adds new movements to the timeline.

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Products

It is essential to complete the setup in order to work with this menu. It will
enable us to generate and export the models representing the movements or
steps that each dental piece will have carried out. All of which, in turn, will be
sent to the laboratory. After printing them in 3D, the aligners with the planned
function will be manufactured.

Digital Wax
This panel describes how to define interdental wax for aligners. This panel
contains four sections, each section is described below. After completing one
section, you should press the Next button to activate the options of the next
section.

1.View section:

 Upper: the upper model will be shown if this button is pressed.

 Lower: the lower model will be shown if this button is pressed.
 Status Displayed: this option can be changed to visualize a step from
Setup.

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2. Global Settings section:
The options Upper and Lower can be checked to add the distance parameter.

3. Tooth selection section:

After clicking on the Select tooth button, system will show a dental chart:

R: Select all teeth in both arches on the right side.

L: Select all teeth in both arches on the left side.
M: Select all molars.
P: Select all premolars.
CI: Select all center teeth.

When the user selects one teeth from the model, the following panel will be
shown:

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At the Digital wax panel, the user checks Visible or not visible to show or hide
interdental wax objects according to the configured parameters from the same
panel such as: height and width for right and left sides of wax objects and their
slope. The configuration for wax objects can be applied to all steps from Setup
by pressing Apply to All button or pressing Only previous step button or
pressing Only next step.

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Biomodels Setup
By clicking on the Products Menu, a left side panel called Biomodels Setup is
displayed, which will guide us in four panels to configure and export models.

To learn how to setup a Biomodel, just click on the video below:

Biomodels Step

The next image show an example of it:

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Labeling
The main function of the labeling menu will be to properly identify the biomodels
with names and numbers by treatment stages of the setup. Some tools will be
activated to place the labels on the biomodels and configure parameters such
as: type of label, font size, mm of extrusion on the 3D label.

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To learn how to setup a Labeling, just click on the video below:
Labeling Step

The image below shows the result obtained after the procedure.

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Aligners
This panel contains four sections, this panel allows you to configure some
parameters for each edge of the aligner. This panel allows you to mark the edge
by which we want the machine to cut the biomodel in the case of working with
numerical control machines when the volume of work is high.

 Upper: the upper model will be shown if this button is pressed.

 Lower: the lower model will be shown if this button is pressed.
 Status Displayed: this option can be changed to visualize a step from
Setup.

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 ● Activate: system calculates the border of the biomodel.
● Mark on model: mark the cut line of the aligner on the exported
biomodel.
● Repair Surface: this option allows the repair of the biomodel.
● Global: this option is checked to set the same parameters to all.
● Custom: this option is checked to customize the parameters of the
current aligner from step.
● Offset: if Offset parameter changes, then the system calculates the new
border with offset.
● Stiffness: If Stiffness parameter changes, then the system calculates a
new border smoother.
● Apply to all: after pressing this button, all the defined parameters are
applied to all selected steps.

At the Aligners section, the user checks the Activate option, modifies
Thickness of the biomodel and its Offset.

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This panel would imply the direct export of the aligner without having to go
through the intermediate step of generating the biomodel when technology
allows it.
 Show target: this option allows you to create a three-dimensional mesh
to display the aligner.

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Export
In this last step we will tell the program where to export the generated models.
The process to configure exportation contains eight sections. Each section is
described below.

To begin the process of exportation, click on this icon , located next to the
Path field and choose the location in the displayed search window.

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As you will see, there is a box under the Path field that is marked by default and
is entitled Label as folder name and, if checked, creates a folder in the
indicated file path with the name chosen for the identification label engraved in
the model.
When options are selected, they performed the following:

 Exp. Upper: allows the biomodels of the upper arch to be exported.

 Exp. Lower: allows the biomodels of the lower arch to be exported.
 Repair biomodels: when exporting the models, if there were isolated
elements not touching the main model (often called islands), they are
removed from the exported model.

Setup elements section:

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  Export Gums: by selecting this check, the program allows us to export
gingiva meshes which correspond to each step selected at 1. Choose
the steps section. To proceed with exportation, you should check the
Export gingiva option and press the Build Biomodels button.
 Export Teeth: by selecting this check, the program allows us to export
all teeth from each step selected at 1. Choose the steps section. To
proceed with exportation, you should check the Export teeth option and
press the Build Biomodels button.
 Export passives: checking this option the software generates a
biomodel for the final step from Setup at both arches.
 Export retainer: checking this option the software generates a
biomodel for the arch which does not contain any movement, sometimes
at the beginning of treatment an arch starts to move teeth but the other
one does not do it, then a biomodel of the arch without movements can
be exported using this option.

Attachments section:

 Add Attachments: this option should be checked if the case has

attachments in order for them to be exported correctly.
 Inter-step Gap: allows to leave a larger gap for the attachment
considering the movement of the next step.
 Insertion Deform: deforms the attachments in the direction of insertion
that has been set in the configuration panel. It is used to make the
aligner 'fit' more easily into the patient's arch.
 Insertion Factor: controls how much the attachment deforms in the
insertion direction.

Brackets and Jigs section:

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  Export Brackets: this option is marked when an indirect Bonding has
been carried out since only with this operation allows us to export the
initial models with the brackets added to the models. If we mark the
Show box, we will view them in the model.
 Export Jigs: if the Export Jigs box is selected, the generated models
will have the embedded jigs in which the brackets will be embedded
when the model is printed in 3D. If we mark the Show box, we will view
them in the model.
The Load Jigs option does not imply their export if we do not check the
Export Jigs box, which will be enabled during their prior upload.
 Load Jigs: this button is pressed when indirect Bonding has been
carried out but there is a preference to work with the jigs instead of with
their corresponding brackets. The selection of the jigs is carried out with
the same procedure as that for choosing the brackets, that is to say, by
pressing this button a familiar window will appear, in which we will
choose which particular manufacturer and model we want to use.

The jigs will be added to the model.

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Export Mockups section

 Mockups Prosthesis: pressing this button, all the prosthesis mockups

will be exported.
 Mockups Setup: pressing this button, all the prosthesis setup will be
exported.

Export Biomodels section

In this last section, the process itself of generating and exporting models is
carried out:
 Export Biomodels: produces all the models specified with the selected
options and stores them in the folder whose name is the label assigned
in step 5 and whose location is the one assigned in the File Path field in
step 1 of exportation panel.
 Export Teeth button: by pressing this button, the program allows us to
export only the clinical crowns of the teeth that have been segmented.
Then, only teeth from the first setup step will be exported.
The result obtained when exporting models with attachments, with brackets or
with jigs is a file in a standard 3D format, with a STL extension, for each of the
models, which can be viewed with any STL viewer and that can be uploaded in
any 3D printer for printing and subsequent plastic thermoforming in order to
create the aligner that the patient will wear in their mouth.

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With Attachments

With Brackets

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With Jigs

Indirect Bonding Guides

The user will select the base model over the indirect bonding guide which is
going to be processed.

In the following video, we can see how to do the Indirect Bonding:

Indirect Bonding Guides

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