Blue Sky Plan® User Manual - User contributions [en]

Warnings

2020-03-11T14:07:49Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x300px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|x300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|x300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:07:30Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|500x300px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|500x300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|500x300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:04:32Z

Msaltzman:

Warnings

2020-03-11T14:04:04Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x300px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:03:54Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x400px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:03:37Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x500px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:03:19Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|500px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:02:59Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|300px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|300px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|300px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:01:59Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x250px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|x250px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|x250px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:01:31Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:
[[File:12a.png|link=|x250px]]

2) fabricate a surgical guide supported on bone
[[File:13.png|link=|x250px]]

3) fabricate a surgical guide supported on the gingiva
[[File:14.png|link=|x250px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T14:00:26Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x250px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|x250px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|x250px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

File:14.png

2020-03-11T13:59:35Z

Msaltzman:

File:13.png

2020-03-11T13:59:06Z

Msaltzman:

Warnings

2020-03-11T13:58:47Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x250px]]

2) fabricate a surgical guide supported on bone

[[File:13.png|link=|x250px]]

3) fabricate a surgical guide supported on the gingiva

[[File:14.png|link=|x250px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T13:56:32Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|x250px]]

2) fabricate a surgical guide supported on bone
[[File:12a.png|link=|x250px]]

3) fabricate a surgical guide supported on the gingiva
[[File:12a.png|link=|x250px]]

*The files with three-dimensional positioning of implants and the file of the three-dimensional guide can only be generated in Blue Sky Plan®.

Back to [[Main Page|Content Page]]

Previous Page [[Indications For Use|1.1. Indications For Use]]

Next Page 2. Installing Blue Sky Plan

Warnings

2020-03-11T13:53:38Z

Msaltzman:

Warnings

2020-03-11T13:52:59Z

Msaltzman:

Warnings

2020-03-11T13:52:44Z

Msaltzman:

Warnings

2020-03-11T13:52:29Z

Msaltzman:

Warnings

2020-03-11T13:52:02Z

Msaltzman:

Warnings

2020-03-11T13:51:17Z

Msaltzman:

Warnings

2020-03-11T12:59:40Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|upright|0.5]]

[[File:12a.png|link=|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|link=|frame|50px]]
|}

Warnings

2020-03-11T12:59:06Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|upright|0.5]]

[[File:12a.png|link=|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|link=frame|50px]]
|}

Warnings

2020-03-11T12:58:46Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|link=|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:52:28Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:48:12Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

<gallery mode="slideshow">
12a.png|Caption1|''[[commons:12a|12a]]
Example.jpg|Caption2
</gallery>

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:47:17Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

<gallery mode="slideshow">
12a.png|Caption1|''[[12a]]
Example.jpg|Caption2
</gallery>

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:44:11Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

<gallery mode="slideshow">
12a.png|Caption1
Example.jpg|Caption2
</gallery>

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:43:38Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

<gallery>
12a.png|Caption1
Example.jpg|Caption2
</gallery>

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:43:18Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

<gallery>
12.jpg|Caption1
Example.jpg|Caption2
</gallery>

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:40:06Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|upright|0.5]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:38:56Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:

[[File:12a.png|upright|50]]

[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:37:31Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:
[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:37:09Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:
[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50%]]
|}

Warnings

2020-03-11T07:36:29Z

Msaltzman:

=== 1.2. Warnings ===
The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient. Any virtual treatment plan should be evaluated by a trained licensed professional confirming that the virtual treatment can be implemented in real life and will not cause harm to the patient.

If the segmentation function of the software is used, the segmentation has to be carefully evaluated to ensure that it matches the patient's anatomy and corrected if necessary.

It is important to verify that the imported and exported data sets are of adequate quality and match the patient's anatomical structures.

Appliances manufactured based on the virtual treatment plan should be made only from biocompatible materials that have suitable mechanical properties and are in compliance with local regulatory bodies. Appliances should be marked with patient information to avoid errors when delivering the appliance.

Poor quality radiographic or optical images, inadequate training of user or inadequate hardware can affect the image results.

The DICOM data can be used to do the following:

1) make a scale 3D model of the jaw with the planned implant according to the illustrations below:
[[File:12a.png|frame|50px]]

{| class="wikitable"
|-
!
|-
| [[File:12a.png|frame|50px]]
|}

Warnings

2020-03-11T07:35:11Z

Msaltzman:

Warnings

2020-03-11T07:31:06Z

Msaltzman:

Warnings

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Msaltzman:

Warnings

2020-03-11T07:30:02Z

Msaltzman:

Warnings

2020-03-11T07:23:37Z

Msaltzman:

Warnings

2020-03-11T07:23:20Z

Msaltzman:

File:12a.png

2020-03-11T07:22:55Z

Msaltzman:

Warnings

2020-03-11T07:22:04Z

Msaltzman:

Main Page

2020-03-10T21:50:25Z

Msaltzman: Protected "Main Page" ([Edit=Allow only administrators] (indefinite) [Move=Allow only administrators] (indefinite))

== Welcome to Blue Sky Plan® User Manual ==
Manual Revision 1

<big><big><big><big><big>Contents</big></big>
<big></big></big></big></big>

'''1. [[Introduction]]'''

1.1.[[Indications For Use]]

1.2. [[Warnings]]

'''2. [[Installing Blue Sky Plan]]
'''
2.1. [[Installation process (Windows)]]

2.2. [[Installation process (Mac OS X)]]

2.3. [[Hardware requirements]]

2.4. [[Operating system]]

'''3. Intro screen and selection of planning type
'''
'''4. Loading the patient’s CT or CBCT scan into Blue Sky Plan
'''
4.1. Selecting the DICOM images location

4.2. Selecting the series

4.3. Enhancing performance

4.4. Scan alignment and defining the range of slices

4.5. Positioning the panoramic curve

'''5. Software interface
'''
'''5.1. Screens and views'''

5.1.1. Axial window

5.1.2. Cross-sectional window

5.1.3. Panoramic window

5.1.4. Tangential/implant window

5.1.5. 3D View

5.1.6. 3D Shortcut buttons

5.1.7. Surface culling(3D cut)

5.1.8. Indicators

'''5.2. Multi-planer screen'''

5.2.1. Sagittal window

5.2.2. Coronal window

'''6. Placing implants and pins
'''
6.1. Adding an implant or pin

6.2. Positioning and manipulating the implant

6.3. Further operations on the implant

6.4. Side panel

6.5. Dialog with parameters of all implants

6.6. Dialog with the parameters of the selected implant

6.7. Validating implants

6.8. Ordering implants

'''7. Tools
'''
7.1. Toolbar

7.2. Opening a project

7.3. Saving a project

7.4. Closing a project

7.5. Saving images in JPG format

7.6. Saving screenshots and generating a Drill Report

7.7. Modifying window and level

7.8. Zooming

7.9. Moving the image

7.10. Moving objects

7.11. Measurements and overlays

7.12. Linear measurement

7.13. Angular measurement

7.14. Density measurement

7.15. Measurement correction and number position

7.16. Deleting a measurement

7.17. Overlays

7.18. Panoramic

'''8. Importing the Scan Appliance
'''
8.1. Gutta percha markers coincide

8.2. Gutta percha markers do not coincide

'''9. STL model import (planning with CT scan)
'''
'''10. Planning without CT scan
'''
'''11. STL model adjustment
'''
'''12. Scan Body Registration
'''
'''13. Virtual teeth
'''
13.1. Inserting crowns

13.2. Positioning the crown and manipulating it

13.3. Aligning an implant and further operations

13.4. Context menu

'''14. Tooth segmentation
'''
'''15. Surgical guides
'''
15.1. Guide fabrication based on scan appliance

15.2. Guide fabrication based on scanned surface models

15.3. Brush tool

15.4. Label tool

15.5. Hollow models

'''16. Data export
'''
'''17. Articulation pins
'''
'''18. Coordinates export
'''
'''19. Blue Sky Plan Wizard
'''
19.1. Load DICOM data

19.2. Adding a mandibular canal

19.3. Model upload and preparation

19.4. Model aligning

19.5. Crowns and implants

19.6. Surgical Guide

19.7. Saving and ordering

'''20. Orthodontics module
'''
20.1. Loading the Input STL Model

20.2. Buccal Bite Registration

20.3. Annotating Teeth and Jaw Alignment

20.4. Stone Model

20.5. Two Jaw Functionality

20.6. Teeth Segmentation

20.7. Repositioning the Teeth

20.8. Generating Intermediate Positions

20.9. Attachments

20.10. Generating and Exporting STL Models

20.11. Quick Instructions for Using the Computerised Orthodontic Bracket System

'''21. Denture module
'''
21.1. Loading the patient’s STL model

21.2. Adding virtual teeth

21.3. Mark visible teeth for teeth chain

21.4. Show / Hide teeth chain

21.5. Move Entire Teeth Chain

21.6. Manipulate model

21.7. Create denture

21.8. Step 1 – Undercuts and insert direction

21.9. Step 2 – Select denture base

21.10. Step 3 – Shape gingiva

21.11. Step 4 – Denture

21.12. Export

21.13. Teeth Surfaces panel

21.14. Opening saved project

21.15. Screenshots

'''22. Crown and Bridge module
'''
22.1. Loading the patient’s STL model

22.2. Adding virtual teeth

22.3. Restoration Design panel

22.4. Restoration type selection – Crown on a Tibase

22.5. Restoration type selection – Conventional crown

'''23. Create Bridge
'''
23.1. Teeth Surfaces panel

23.2. Teeth Edit panel

23.3. Parts panel

23.4. Screenshots panel

'''24. Preferences
'''
24.1. General

24.2. Project

24.3. Advanced

'''25. Automatic updates
'''
'''26. Footnotes
'''
26.1. Blue Sky Bio Aligners Prescriber Instructions for Use

26.2. Computerised Orthodontic Bracket System Instructions for Use

Consult the [https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents User's Guide] for information on using the wiki software.

== Getting started ==
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Manual:Configuration_settings Configuration settings list]
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Localisation#Translation_resources Localise MediaWiki for your language]
* [https://www.mediawiki.org/wiki/Special:MyLanguage/Manual:Combating_spam Learn how to combat spam on your wiki]

Main Page

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Msaltzman: Removed protection from "Main Page"

Main Page

2020-03-10T10:28:20Z

Msaltzman: Protected "Main Page" ([Edit=Allow only administrators] (indefinite) [Move=Allow only administrators] (indefinite)) [cascading]

Main Page

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Warnings

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Msaltzman:

Warnings

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Msaltzman: /* 1.2. Warnings */

Warnings

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Msaltzman: Created page with "=== 1.2. Warnings === The software does not contain any functionality verifying if real-life implementation of the virtual treatment plan might result in damage to the patient..."