Tailoredimplant User Guide (PDF)

Tailoredimplant®
- User Guide -

- 28/08/2017 -


- Tailoredimplant® User Guide -

Table of Contents
Table of Contents

2

1: Welcome to Tailoredimplant®

6

1.0: Introduction

7

1.0.1: Recommended system requirements

7


1.0.2: DICOM files

7


1.1: Start

8

1.1.1: Product type

8


1.1.2: Start Tailoredimplant

8


1.1.3: Update/Download

8


2: DICOM conversion

9

2.0: Global controls

10

2.0.1: Mouse/keyboard controls
2.1: DICOM import

10

11

2.1.1: Select DICOM

11


2.1.2: Relative distance

11


2.1.3: Force Orthogonal

11


2.1.4: Import/Update

12


2.1.5: Volumes list

12


2.2: 3D volume preparation

13

2.2.1: Slice

13


2.2.2: Threshold filter

13


2.2.3: Transparency

13


2.2.4: DICOM images ortho view

14


2.2.5: 3D volume view controls

14


2.2.5.1: Rotx

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- Tailoredimplant® User Guide -

2.2.5.2: Roty

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2.2.5.3: Zoom

14


2.2.5.4: Axial, Sagittal, Coronal, Opposite side, and View all

14


2.2.6: Help

14


2.2.7: Next

14


2.2.8: Confirm

14


3: Graft design

15

3.0: Global controls

16

3.0.1: Top bar

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3.0.1.1: Restart

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3.0.1.2: Get quotation

16


3.0.1.3: Quit

16


3.0.2: Bottom bar

17


3.0.2.1: Manipulator translate/rotate/scale

17


3.0.2.2: Toggle bone transparency

17


3.0.2.3: Hide/Show implants

17


3.0.2.4: Top/bottom/front/back/left/right

17


3.0.2.5: Zoom +/-

17


3.0.2.6: 2D/3D

17


3.0.2.7: View selected

17


3.0.2.8: View all

17


3.0.2.9: Quad/Single view

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3.0.2.10: Slicing

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3.0.2.11: Ruler/protractor

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3.0.3: Main scene

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3.0.3.1: Mouse left-click

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3.0.3.2: Mouse right-click

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3.0.3.3: Mouse wheel-scroll

19


3.0.3.4: Mouse wheel-click/middle-click

19


3.0.3.5: Keyboard right numpad

20


3.1: Model preparation

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- Tailoredimplant® User Guide -

3.1.1: Delete selection

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3.1.2: Remove non-linked

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3.1.3: Fill Mesh

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3.1.4: Deselect all

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3.1.5: Restart

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3.1.6: Next

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3.2: Bone graft selection

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3.2.1: Select graft

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3.2.2: View supplier details

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3.2.3: Back

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3.2.4: Next

24


3.3: Implants attachment

25

3.3.1: Select implant

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3.3.2: Import implant

25


3.3.3: Back

25


3.3.4: Next

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3.3.5: Current selection

26


3.3.6: Delete

26


3.4: Graft production

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3.4.1: Import graft

27


3.4.2: Rename

27


3.4.3: Loc/Rot/Scale

28


3.4.4: Back

28


3.4.5: Next

28


3.4.6: Current selection

28


3.4.7: Toggle graft transparency

29


3.4.8: Delete

29


3.5: Graft smooth

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3.5.1: Size

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3.5.2: Strength

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3.5.3: Add/Subtract

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3.5.4: Back

31


3.5.5: Next

31


3.5.6: Current selection

31


3.6: Graft refinement

32

3.6.1: Remove non-linked

32


3.6.2: Delete selection

33


3.6.3: Hide/Show main bone

33


3.6.4: Back

33


3.6.5: Next

33


3.6.6: Graft selection

33


3.7: Graft screws

34

3.7.1: Import screw

34


3.7.2: Rename

34


3.7.3: Loc/Rot/Scale

34


3.7.4: Back

35


3.7.5: Next

35


3.7.6: Screw selection

35


3.7.8: Delete

35


3.8: Export

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3.8.1: Clinical case ID

36


3.8.2: Patient name

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3.8.3: Back

36


3.8.4: Export mesh

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- Tailoredimplant® User Guide -

1: Welcome to Tailoredimplant®
TailoredImplant is a Patient Specific Implant (PSI) interface portal between oral, maxilofacial, orthopedic surgeons and manufacturers of individualized implants.

At Tailoredimplant surgeons own all the decision-making procedures.

Our goal is to achieve a better communication between surgeons and manufacturers.

With TailoredImplant, surgeons can design by their own the individualized grafts/implants
to their patients without any 3D modeling knowledge but only technical medical issues,
also it allows to follow the manufacturing process achieving final results like first idealized.

Tailoredimplant is a Class 1 active medical device.

We are linking the engineering production procedures with doctors anatomy knowledge
due to their experience.

The main reason surgeons don't use individualized grafts is the big gap that exits in what
they really want to be designed and the conception of the final product. That's why at
Tailoredimplant surgeons have the power to decide. You don't need to know anything
about 3D modeling once the software guides you through all the designing process.


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1.0: Introduction
Our software will guide the user step by step and on each phase it will only allows the
actions of that current design phase.

With this the error chance is reduced and the user is abstracted of the background
procedures and only needs to perform the medical actions.


1.0.1: Recommended system requirements
Operating system: Windows 10.

Processor: Intel Core i7 or compatible.

RAM Memory: 16GB.

Graphics Card: Nvidia or ATI with minimum 2GB available.

Monitor: 19inch 1080px x 1920px.

Hard drive: 2GB free space.

Keyboard: regular with numpad.

Mouse: 3 button with scroll wheel.


1.0.2: DICOM files
The used files should have .dcm extension and each slice must be an horizontal cut of
the bone.


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1.1: Start
Double-click on the shortcut created on your desktop named ‘Tailoredimplant’ and an
automatic updater will start.

On the Tailoredimplant launcher the user can select the type of product to design, and
perform software updates if a newer version is available.

Tailoredimplant requires persistent internet connection during the program execution.


1.1: TAILOREDIMPLANT LAUNCHER.


1.1.1: Product type
Select the type of product the user wants to design.


1.1.2: Start Tailoredimplant
Starts the production process based on the selected option previously.


1.1.3: Update/Download
If an update is available the user will be prompted to a mandatory update.

Depending on the size of the update file the user will be sent to the download page of the
new version or will be asked to update the existing version automatically.

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2: DICOM conversion
At this stage you will be able to generate a 3D volume from a selected DICOM.


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