INVISBRACE 0.5.0

Detailed instructions for using InvisBrace

Create digital orthodontic treatment plans for lingual braces, individual bases, and indirect attachments and export production data.

Full 20 sections of PDF20 photos taken directly from the applicationOctober 12, 2026

About this document

The document describes the entire visible workflow of InvisBrace Lingual 0.5.0. Screenshot taken directly from a Qt/VTK application running in English mode. Clinical 3D example using a working copy of the case Sample Patient_0000 provided by the user, including individual braces for all planned teeth. The original ZIP is not changed.

Warning: InvisBrace is a clinical support CAD tool. The treating physician remains responsible for diagnosis, treatment planning, appliance ordering, mesh testing, manufacturing setup, and final approval.

Convention

Control name in bold	The label is as shown in the application.
Number of FDI teeth	Two-digit notation: the first digit is the fourth; The following number is the tooth position from the midline.
Original / setup	Original is the imported clinical geometry; setup is the planned tooth position.
Blue selection status	Active switch, mode, tooth or tool.
Gray off status	The functionality is not available until the prerequisites are completed.

1. Process overview

A case goes from patient records and scan data preparation, through segmentation, setup, bracket positioning, individual base design and finally production data export. Tabs are numbered intentionally; The following tab depends on the data created in the previous tab.

1. Patients	Enter identification, clinical characteristics, missing/extracted teeth, treatment goals, case access and bracket library.
2. Import Scans	Import, orient, crop, and manually align the upper and lower jaw meshes.
3. Dental segmentation	Separate the teeth from the gums, determine the tooth axis and complete each arch.
4A. Ideal occlusal plane	Set up the reference coordinate system for the proposed setup.
4B. Tooth setup	Move teeth, check contact and fit/adjust ideal arch form.
5A. Archwire plane	Establish the vertical and angular reference for the lingual arch wire.
5B. Brackets	Select the library, create the lingual archwire, place the brackets, and fine-tune the bracket/tooth position.
6. Customized base	Draw a personalized base and prepare a direct printing stick or wax casting stick.
7. Export	Create models, trays or jigs and export fabrication files as bowstring PDFs.

Recommended completion sequence

Create or open a case, check the patient data row and immediately save to create a case ZIP.
Enter both signs if applicable; Edit, orient and cut until the clinical perspective is correct.
Segment every tooth needed, check the shaft, then use Finish current arch for the upper and lower jaw.
Set the ideal plane before aligning teeth; Check lateral contact and occlusion after setup.
Place the wire plane, select each function library, auto-place and then fine-tune.
Create individual bases as needed and check for correct Original, Direct print or Wax casting tree thread.
In Export, select the output type/position, check the bracket mode for each tooth, create support/seal and export only after visual inspection.

Recommendation: Save after each major milestone. Undo/Redo is useful for the last edit, but the saved ZIP is the permanent restore point.

2. Main window, files and global commands

Menu Language; Items with a check mark are the active language.

Commands above

Undo (Ctrl+Z)	Reverse the most recent undoable change.
Redo (Ctrl+Y)	Reapply the undone change.
Open (Ctrl+O)	Open the ZIP of InvisBrace.
Save (Ctrl+S)	Update current shift ZIP.
Save As (Ctrl+Shift+S)	Record shifts to new ZIP while keeping shifts.
Quit case (Ctrl+N)	Close shift and return to clean workspace; Save before being asked.
Bracket library	Import/remove libraries or open full manager.
Account	Log in, view your account, change your password, buy credits or log out.
About	Displays product, version, and application information.
Language	Switch language; Some labels will be rearranged.

Content and handling of ZIP ca

Saved ZIP contains clinical state, transform 4×4, GUI state, and internal resources needed to reopen.
Definition of braces taken from the installed library. Keep the same library on every open shift workstation.
Use Save As before testing that is difficult to reverse or when creating a new version of the plan.
Do not rename or delete files in the extracted case; Open and save via InvisBrace.

The status line reporting extended geometry operations. Wait for preparation/generation to complete before evaluating the preview or starting another export.

3. 3D view interaction and common controls

Most tabs include the narrow panel, mid 3D viewport, floating FDI panel, and opacity controls. Axis markers use red for X, green for Y and blue for Z.

Drag the left mouse button in an empty space	Rotate the camera in normal view mode.
Roller	Zoom; You should zoom slowly when editing edges or selecting small surfaces.
Drag the middle mouse	Pan the camera according to standard VTK interaction.
Left click the object	Select teeth, brackets, supports, points or surfaces as the tab allows.
Ctrl-click	Turn on/off each tooth when selecting multiple teeth.
Shift-click	Extend selection continuously; Special tools can use Shift for other functions as specified.
Right-click	Delete boundary or support points depending on the context.
Reset view	Restore default camera, leaving mesh coordinates unchanged.
Upper / Lower opacity	Change the visibility of each arc while preserving the geometry.
3D gizmo	Drag the translation or rotation arrow; Numerical control for precise value.

The selection behavior is tool dependent. Read the instructions in the active tab before clicking the model.

Digital control

Use the slider to make rough adjustments, subtract/add for iterations or enter exact values.
Press Enter after the typed value when the control requests it.
Translation in mm, rotation in degrees; slot can be inches or mm according to metadata.
A disabled control means the parent feature is disabled or the prerequisite geometry has not been created.

4. Step 1 —Patients

Patients part 1 — Identifiers, access, libraries and clinical classification.

Patient details table	Edit Patient ID, Patient name, Year of birth, Address, Case owner, Clinic, Branch, Doctor ID, Doctor and Notes directly in the row.
Share account…	Grant permissions to another account; delete existing tag with x button.
Send setup and design service	Submit patient/setup brief to design service after checking required fields and goals.
Upper / Lower manufacturer	Choose a separate company for each sign.
Upper / Lower library	Choose a specific library for each sign.
Gender	Female, Male or Other.
Race	Select demographic groups, including Not specified and Mixed / Multiple.
Angle classification	Class I, II or III.
Vertical facial pattern	Hypodivergent, Normodivergent or Hyperdivergent.

Patients part 2 — Lost teeth, extraction plan and treatment options.

Missing teeth	Select FDI not in the input tooth set; locked after completing the relevant arc.
Extraction teeth	Select the tooth to be extracted; selection is kept if tooth setup is reset.
Treatment plan	Select Alignment; close maximum/medium/minimum anchorage intervals; distalization/mesialization of the upper/lower jaw; subsidence/extrusion of anterior/posterior teeth.

Confirm missing teeth and extraction before segmentation. Late changes may invalidate the tooth list and posterior geometry.

5. Step 2 — Import Scans

Import receives mesh STL, PLY and OBJ. Do each arc; Check scale, direction, completeness and topology.

Import upper mesh	Load the upper jaw; mesh is copied/edited into the workspace.
Import lower mesh	Load mandibular STL, PLY or OBJ.
Upper / Lower	Select the arc being cut or positioned.
Apply trim	Apply a clipping border and keep the selected side.
Smooth trim more	Smoothen cutting edges.
Invert kept side	Change the holding side.
Show translate	Show/hide the jaw translation handle.
Show rotate	Show/hide rotating handle; can be shown with translation.
Reset view	Restore camera; mesh coordinates remain unchanged.

Process

Enter arc and check for holes, loose islands, island surfaces or unusual proportions.
Choose a bow; Draw the applicable gingival margin and check the retention side before applying.
For use only Smooth trim more when needed; Excessive can cause loss of anatomy.
If there is no bite scan, use a gizmo to make a reasonable functional correlation.
Reset view and check chewing direction, anterior, lateral before segmentation.

Move the function manually to change the pose mesh; Resetting view only changes the camera.

6. Step 3 — Dental segmentation

18 / 28 / 38 / 48	Turn on optional wisdom teeth.
Semi-automatic	Use the tooth neck point to calculate the margin.
Manual	Edit margins manually.
Trim tooth	Apply cervical margins and separate teeth.
Torque (Rx)	Rotate around the near-far axis.
Tip (Ry)	Rotate around the external-internal axis.
Rotation (Rz)	Rotate around vertical axis.
Confirm tooth axes	Accepts current axis.
Finish current arch	Creates the final state of the segment/gum and locks the missing tooth.
Reset segmentation	Remove the supply result and restore the source.

Procedure for each tooth

Select FDI arch and teeth.
Select Semi-automatic or Manual; click along the neck of the tooth.
Correct/delete the wrong point then press Trim tooth.
Check from multiple angles; Undo and redraw if side gums/teeth are involved.
Align the axis and press Confirm tooth axes.
Repeat every tooth; only Finish current arch after full inspection.

Finish current arch is a milestone operation. Check the nominal, boundary and front axle.

7. Step 4A — Ideal occlusal plane

Ideal plane — Control and 3D reference plane.

Translate X	Move right-left.
Translate Y	Move front-back.
Translate Z	Move vertically.
Rotate X / Y / Z	Set the angle around the global axes.
Hide/Show translate	Turn on/off forward arrow.
Hide/Show rotate	Turn on/off rotation.
Reset view	Reset the camera, do not change the plane.

Clinical setting

Show both signs; Reduce opacity and mask mold.
Translate to the expected vertical reference.
Rotate in the direction of the occlusal plane at the anterior and lateral angles.
Check is in the middle, no unintended yaw.
Pre-save tooth setup.

The Ideal plane frame in the following tab is derived from this; The error spreads to the direction of tooth and bracket movement.

8. Step 4B — Tooth setup

Tooth setup 1 — Tooth selection, ideal arc, contact and 3D control.

Tooth local	Move in the crown axis system from segmentation.
Ideal plane	Project X/Y to the ideal plane, keeping Z perpendicular.
Translate X / Y / Z	Precise translation of teeth or groups.
Torque / Tip / Rotation	Rotate accurately around the clinical axis.
Hide translate / Hide rotate	Show/hide gizmo part.
Target intra-arch overlap	Set near-far overlap; Positive creates overlap, negative creates space.
Push	Solve the central incisors symmetrically and then move them distally sequentially.
Reset tooth setup	Restores original position and gums; keep extraction/show state.
Occlusal contacts	Enable/disable interarc contact.
Proximal contacts	Enable/disable contact in arc.

Tooth setup 2 — Arc form, width, apex, rotation and tooth list.

Taper / Ovoid / Square	Initial arc preset.
Arch width W	Change arc width, mm.
Apex translate X / Y	Move apex.
Arch rotate around apex	Rotate the entire arc around the apex.
Show 3D gizmo	Show the bow gizmo.
FDI tooth selector	Choose teeth; Ctrl/Shift for groups where supported.

Test sequence

Select preset and fit width/apex.
Place the central incisors, then move back and maintain symmetry if the indication does not require asymmetry.
Use contact to handle unwanted lateral overlap and joint penetration.
Check chewing direction, front, side; Save revision before Push on heavily edited setup.

The exposure map is a diagnostic overlay, not an automatic approval.

9. Step 5A — Archwire plane

Upper / Lower	Select the active plane.
Translate Z	Move vertically.
Rotate X	Set pitch.
Rotate Y	Set roll.
Show 3D gizmo	Show/hide gizmo.
Reset view	Restore clinical camera.

Select the arc and make the opposite arc transparent if necessary.
Set the height according to the expected tongue slot position.
Adjust X/Y to get a smooth reference through the tooth set.
Repeat the other arc; Compare symmetry and clearance.

Here is the reference; clearance and collision must still be checked in Step 5B.

10. Step 5B — Brackets

Upper / Lower	Select the bow that needs to be edited, the library, strings and position.
Manufacturer / library	Select the installed brace system.
Lingual archwire shape	Choose S, M, L or your own library preset.
Front width y=10 mm	Adjust the front width of the string.
Posterior flare	Adjust the rear opening.
Apex X / Apex Y	Translate the apex wire.
Rotate wire Z	Rotate the rope yaw.
Show 3D gizmo	Show string bow gizmo.
Auto place brackets	Place the slot on the wire reference.
Bracket MD offset	Move near-far selected braces.
Minimum bracket-tooth distance	Minimum clearance when placing.
Lock teeth to brackets	Allows manipulation of guide brackets to move linked teeth.
Tooth local / Ideal plane	Frame of reference for tooth movement.
Tooth translate/rotate	Move teeth using numbers or gizmo.
Occlusal / Proximal contacts	Turn on/off contact overlay.
Hide bracket overlap values	Show/hide overlap/clearance values.
Show brackets at orig. positions	Temporary comparison at the original tooth position.
FDI bracket selector	Choose braces/teeth; Multi-select according to the displayed key.

Placement process

Confirm each arc's library.
Fit the wire and flat surface Auto place brackets.
Check slot, clearance, collision, gums and accessibility.
Local correction using MD offset/3D; keep overlap values present.
Compare original/setup and pre-saved customized base.

Changing the library after personalization can disable the base and production geometry.

11. Step 6 — Customized base

Original — adhesive sole design

Original	Edit borders and create/delete bases.
Base extrusion	Base thickness 0.10–0.60 mm in display control.
Bracket-base gap	Body-base gap.
Engrave FDI tooth number	Enable/disable FDI number on manufactured braces.
Click boundary points	Draw a closed border on the tooth surface.
Create base	Create base with current boundary/parameters.
Delete base	Delete the selected tooth base.
Customized-base FDI table	Select the tooth and see if the tooth has geometry.

Choose teeth with accepted bracket positions.
Rotate the surface approximately perpendicularly and draw a clean border around the pad.
Set extrusion/gap, press Create base.
Check margin, adaptation, body-base connection, slot and FDI engraving.

Direct print

Direct print	Arrange braces for direct printing.
Support diameter / height	Set support diameter and height.
Left-click / Drag / Right-click	Add, move, or remove support.
Shift when placing/dragging	Touching of the patch/slot seal is allowed as an exception.
Raft	Enable/disable general raft.
Reset supports	Unedit and rebuild.
Export all	Export GLB, 3MF or STL assemblies.
Export separately	Export STL separately.

Wax casting tree

Wax casting tree	Arrange into a molded stem tree.
Support height	Mounting height of selected braces.
Master sprue diameter	Main stem diameter.
Bracket density	Distance/density.
Lowest bracket attachment	Lowest mounting height.
Rearrange brackets	Recalculate the layout.
Common tree / Separate trees	Merge or split top/bottom trees.
Export customized brackets	Export current tree to STL.
Export separately	Export separate trees where available.

Use the FDI checkbox to confirm the correct bracket is included in the print/cast.

12. Step 7 — Export

Output and location

Model	Create a print model with the selected bracket type.
Tray	Create an indirectly mounted transfer tray.
Jig	Create a jig for each bracket and insert an optional slot.
Original unsegmented	Use the original jaw surface.
Original segmented	Use regenerated teeth/gums.
Ideal setup	Use teeth/gum setup.

Formula for braces for each tooth

– No bracket	Removed from output.
O Original	Use original library braces.
R Raised base	Use braces with lifting bases.
C Customized base	Use individual braces/bases Step 6.

Prepare the model

Cut all / Cut selected	Total gingivectomy or selective FDI.
Gingiva cutting strength	Depth/intensity of cut.
Restore gingiva	Delete the current crop area.
Emboss pt code	Embossed patient code.
Auto support / Del all support	Create or remove support.
Support diameter	Support thickness.
Seal bracket slots	Close slot.
Seal wing undercuts	Fill in the wing undercut.
Hollow	Enable/disable empty model.
Hollow wall thickness	Shell thickness.
Model base height	Model base height.

13. Export Tray, Jig, STL and PDF of arcs

Tray

Minimum tray thickness	Minimum shell thickness.
Tray-tooth clearance	Teeth-tray gap.
Opacity controls	Check out the tray and anatomy below.
Boundary handles/lasso	External/internal editing where the workflow provides.
Both arches / Upper / Lower	Export tray selection to STL.

Jig

Inner thickness	Tongue/tooth depth.
Outer thickness	Outer body thickness.
Jig height	Chewing-gum height.
Jig-tooth clearance	Jig-tooth gap.
Elephant foot compensation	Compensate the flare of the first printed layer on the lower border.
Bracket slot insert size	Insert size in inches.
Original / Direct print	Insert type/source.
Export all / separately	Export set of GLB/3MF/STL or STL for each tooth.

General production export

Both arches	Export two functions with a bow suffix.
Upper / Lower	Only select supply.
Ctrl+E	Activate the current export.
Printed wire thickness	Wire drawing line thickness.
Export A4 / Letter	Create A4 or US Letter wire PDF.

Check before export

Confirm output type, tooth position and arch.
Check all FDI status after changing Model/Tray/Jig.
Check for holes, loose pieces, holding undercuts, intersecting supports and unwanted lettering.
For hollow models, confirm wall thickness and exit/opening path.
Open the file in your printing/molding software and run mesh validation.

STL/GLB/3MF must be validated against material, printer, molding process and local requirements.

14. Bracket Library Manager

New library (Ctrl+N)	Create a blank draft.
Import library (Ctrl+O)	Import ZIP library.
Duplicate library (Ctrl+D)	Create editable versions; Read-only built-in library.
Export library (Ctrl+E)	Portable ZIP export.
Save library (Ctrl+S)	Save changes.
Close library (Ctrl+W)	Close; If not saved, it will ask save/discard/cancel.
Manufacturer / Country / Name	Identifier field.
Unit	inches or mm.
Vertical slot size (Z)	Nominal stand size.
Buccolingual slot depth (Y)	Nominal outside-in depth.
Lock / Unlock	Protect or allow editing of metadata.
Tooth matrix	Power teeth, status, slot type, gauge height, Rx/Ry/Rz and Add/Edit for FDI 11–47.
Slot type	Horizontal/Vertical; Decide on the name of the plane and how to measure it.

Do not edit the built-in library directly; Duplicate then edit and save the copy.

15. Bracket Library Editor

Origin planes — Five three-point anatomical planes define the standard slot system.

Toolbar

Undo / Redo	Undo/redo; Ctrl+Z/Ctrl+Y.
Save (Ctrl+S)	Validate and save the definition.
Close	Close; Unsaved work will ask save/discard/cancel.

Origin planes

Import bracket mesh	Load STL, PLY or OBJ.
Set mesial body plane	Three points on the proximal body surface.
Set distal body plane	Three points on the far side of the body.
Set occlusal/upper slot-wall plane	Three points on the occlusal wall of the slot with the horizontal slot.
Set gingival/lower slot-wall plane	Three points on the gingival wall.
Set slot-bottom plane	Three points on the bottom of the slot.
Set origin from planes	Calculate the slot system and report transform/size.
Confirm origin	Accept origin, turn on later stage.

The anatomical label describes the bracket, not the screen; Do not interpret upper/lower according to the direction of view.

Rotation — Manual rotation with clinical axis indicator.

Rotate X	Rotate around the far/near axis.
Rotate Y	Rotate around the external-internal axis.
Rotate Z	Rotate around the chewing/extrusion axis.
Confirm rotation	Accept standard direction.

Base — Select brown color for base surface with Brush.

Brush	Paint the surface under the cursor; Drag in the empty space to rotate.
Lasso	Hold Shift, click vertex; Release Shift to close and select through the mesh.
Brush radius	Bowl radius.
Add / Erase selection	Add or remove faces.
Clear selection	Delete selection.
Confirm base region	Accept the sole area.

Body removal — Direct or progressive stem type.

Direct selection	Repair the entire type area on the full brace.
Progressive delete	Select the face, press Delete to add it to the hidden area.
Brush / Lasso	Fill a surface or polygon through the mesh.
Add / Erase / Clear	Edit type face set.
Confirm body removal region	Accept and move to sealing slot.

Slot sealing — Optional slot seal with flat face and opening.

Slot seal list	Select seal; Check mark is confirmed.
Add slot seal	Create independent seals.
Delete current slot seal	Delete selected seal.
Five plane controls	Select the near, far, sides and bottom of the slot.
Opening distance	Offset the opening.
Confirm slot seal	Verify seals.

Check slot size and axis direction before saving; The error spreads to auto-placement, wires, trays, jigs and individual brackets.

16. Account, credits, language and About

Menus captured directly from the application.

Sign in	Account authentication; Do not include credentials in photos/notes.
Account details	View identifiers and information.
Change password	Change password.
Buy credits	Open credit buying stream.
Logout	End of session.
Import bracket library	Install ZIP library.
Delete bracket library	Delete library; Do not delete the ca library in use.
Open Bracket Library	Open Manager/Editor in Sections 14–15.
Language	Select language; The current item has a check mark.
About	Show name, version, purpose and application information.

Save the custom library ZIP with the profile before deleting from the workstation.

17. Checklist for quality control from start to finish

Patient	Sufficient identification/designation; Confirm lost/extracted teeth; correct library.
Scans	Correct file, scale, direction; clean trim; no large holes/islands.
Segmentation	Enough teeth, correct ID/axis; two completed arcs.
Ideal plane	In the middle, right direction; no unwanted translation/yaw.
Tooth setup	Arc, midline, torque/tip/rotation and contact approved.
Archwire	Flat/arc shaped surface is smooth, symmetrical where needed, does not get in the way of teeth.
Brackets	Yes library; checked slot-wire, clearance, overlap, collision, original/setup.
Custom bases	Border, thickness, gap, engraving, body-base connection and list of approved FDI.
Supports/trees	Do not accidentally penetrate the slot/touch the adhesive surface; raft/sprue produced.
Export recipe	Correct Model/Tray/Jig, original/setup and all O/R/C/-.
Output mesh	Sealed/manifold where needed, correct unit, no fragments/collision.
External validation	Opened, oriented, supported, slice/test and saved with revision.

Proposal approval minutes

Case / revision	File name, date/time, revision.
Clinical approver	Name/signature of physician approving setup and formula.
Manufacturing approver	Geometry and process validator.
Output files	Name, format, arc, material/process and profile.

18. Troubleshooting

Button is disabled	Complete prerequisites, select arch/tooth or wait for geometry worker; see status.
Missing teeth in selector	Check for Missing/Extraction, wisdom teeth and segmentation.
Mesh upside down	Use the translate/rotate function; Resetting the view does not change the mesh.
Trim holds on wrong side	Invert kept side or Undo and redraw.
Segmentation leaks into the gums	Undo, fix the neck point and use Manual.
The shaft causes the teeth to go wrong	Check axes and Tooth local/Ideal plane.
Auto-place clearance is poor	Check wire plane, slot metadata/origin, min distance, axes and wire shape.
Create base is disabled	Choose teeth with valid brackets and closed margins.
Support through the restricted area	Drag/delete; Do not hold Shift unless you actively touch it.
Wax layout is tight	Reduce density, increase attachment height, adjust sprue, Rearrange.
Preview is missing	Wait to prepare; Avoid changing modes while Tray/Jig/hollow is being created.
Tray/Jig controls are missing	Confirm correct output mode.
Do not edit built-in libraries	Duplicate and then edit the copy.
Ca opened the wrong bracket	Install the correct library, reopen ZIP, verify identity.
Export error/invalid	Edit the mesh, remove support, turn off each seal and try again from the saved revision.

Save As error case before resetting segmentation, changing library or deleting base.

19. Keyboard and mouse quick reference

Ctrl+O	Open ZIP; in Library, import.
Ctrl+S	Save ca/definition/library.
Ctrl+Shift+S	Save As new ZIP.
Ctrl+N	Quit case; in Library, New.
Ctrl+Z / Ctrl+Y	Undo / Redo.
Ctrl+E	Export; in Library, export library.
Ctrl+D	Duplicate library.
Ctrl+W	Close library.
Delete	Commit the selected face to the progressive removal area.
Shift + lasso clicks	Add vertices; Release Shift to close/select through the mesh.
Shift + support action	Let the support touch the bonding face/slot seal.

Terminology

Arch / FDI	Arch / two-digit tooth symbol.
Ideal setup	Final arrangement according to plan.
Original segmented	The base position is equal to the separated tooth/gum surface.
Original unsegmented	Original jaw surface before segmentation.
Raised base	Pad/offset under bracket.
Customized base	Patient-specific patch.
Slot seal	Slot closure geometry.
Wing undercut seal	Geometric filling of wing undercut.
Raft	Generic print base.
Sprue tree	The casting network connects the wax pattern to the main stem.
Elephant foot	First layer flared type; compensation offset bottom edge.

20. Final operational handover

Before moving to production, provide the saved InvisBrace case version, production files, library identifiers, output recipes, material/process assumptions, and approval records. Keep the clinical source ZIP separate from the derived export.

Reconstruction is not just STL. Save with ca ZIP, library ZIP, export settings, output files and approval notes.

↑ Back to top

Comprehensive guide to using InvisBrace

About this document

Convention

Table of contents — 20 sections

1. Process overview

Recommended completion sequence

2. Main window, files and global commands

Commands above

Content and handling of ZIP ca

3. 3D view interaction and common controls

Digital control

4. Step 1 —Patients

5. Step 2 — Import Scans

Process

6. Step 3 — Dental segmentation

Procedure for each tooth

7. Step 4A — Ideal occlusal plane

Clinical setting

8. Step 4B — Tooth setup

Test sequence

9. Step 5A — Archwire plane

10. Step 5B — Brackets

Placement process

11. Step 6 — Customized base

Original — adhesive sole design

Direct print

Wax casting tree

12. Step 7 — Export

Output and location

Formula for braces for each tooth

Prepare the model

13. Export Tray, Jig, STL and PDF of arcs

Tray

Jig

General production export

Check before export

14. Bracket Library Manager

15. Bracket Library Editor

Toolbar

Origin planes

16. Account, credits, language and About

17. Checklist for quality control from start to finish

Proposal approval minutes

18. Troubleshooting

19. Keyboard and mouse quick reference

Terminology

20. Final operational handover