Review before you bond
Inspect bracket positions on the digital arch before the jig is prepared. Give the planning stage the attention it needs.
Digital indirect bonding
Bracket planning.
Your clinical
control.
Plan bracket placement before the bonding appointment. Choose your brackets, refine each position and generate a transfer sleeve from the approved setup.
For orthodontic practices and their lab teams.
Software assists. The clinician reviews and approves.
Inside BraceFlow3D bracket planning
ReviewAdjustApprove
A clearer path from scan to transfer jigExplore the workflow
Built around your decisions
Make the plan clear.
Keep the judgment yours.
Refine tooth by tooth
Adjust individual positions to your prescription and clinical judgment. AI suggestions are a starting point for your review.
Clarify the lab handoff
Move from the reviewed digital setup to jig preparation, with clear responsibilities for your practice and lab team.
The workflow
Three steps.
One reviewed plan.
See where the software helps—and where your team stays involved.
- 1
Import the scan
Import STL or PLY files exported by a compatible intraoral scanner. Review the scan before planning.
Practice or lab team - 2
Choose, adjust and approve
Select a supported bracket design or customize your own. Refine individual positions, review the setup and approve it.
Clinician review - 3
Generate the transfer sleeve
After bracket adjustments and approval, generate the sleeve—the transfer jig used in the indirect bonding workflow. Your team or lab prints and prepares it.
Practice or lab team
The sleeve is generated after the bracket setup is approved. Digital design, printing, post-processing and chairside bonding remain separate stages.
Bracket options & design control
Choose. Customize.
See every adjustment.
Explore bracket appearance and geometry while keeping your prescription and clinical review at the centre.
Explore supported bracket types in your demo. The screen above shows the metal bracket view.
Select your brackets—or customize a design
Choose a supported bracket design for the system you use, or work with a customizable bracket model. Visualize metal, ceramic and other supported bracket types on the digital arch.
Confirm your exact bracket brand, model and prescription with the team; a material choice does not imply support for every manufacturer's product.
Customize the base, length, width and slot
Adjust the bracket base geometry, length and width. Keep the existing slot dimensions or configure them for your intended archwire specification.
- Base
- Customize the base geometry
- Length & width
- Set the bracket dimensions
- Slot
- Retain or configure slot dimensions
Custom digital geometry requires manufacturing and clinical suitability checks before physical use. A matching slot dimension alone does not establish archwire compatibility.
Precision adjustment, tooth by tooth
Refine vertical and horizontal position, rotation, angulation and torque for individual brackets. Inspect each change in the 3D view before approving the complete setup.
Bring your prescription to the demo to see how the adjustment controls fit your planning process.
Review potential collisions and interference
Review the available bracket and occlusal collision checks before approving the setup. Use flagged areas to guide closer inspection and any necessary adjustment.
Geometric checks support review of the digital plan; clinical assessment is still required.
Photorealistic rendering for a clearer view
Inspect bracket appearance, surface detail and the relationship to the digital dental arch using realistic 3D rendering. Use close-up views to review and discuss the proposed setup.
Rendering supports visual review; it is not a prediction of tooth movement or proof of clinical accuracy.
Intraoral scan input
Bring a compatible scan
from the equipment you use.
TRIOS · iTero · Medit · Carestream
Import supported STL / PLY exports. Availability depends on your scanner model, software and export options; confirm the file workflow during your demo.
Take a closer look
See the decisions.
Not just the result.
Follow the product walkthrough, then use a live demo to explore the details that matter to your practice.
- Metal, ceramic and custom bracket visualization
- Base, dimension, slot and position adjustments
- Sleeve generation after the setup is approved
- What your clinician, technician and lab each need to do
Will this fit the way
my practice works?
That is the question your demo should answer.
Bring your bracket system, scanner details and current lab process. We’ll walk through the workflow and discuss compatibility, training and costs.
A practical conversation. A real product demonstration.Before you get started
Your questions,
answered clearly.
Understand the workflow before deciding whether it belongs in your practice.
Published software plan range$49–$499 / month
Confirm current plan features and suitability during your demo. Printing, materials and lab services should be budgeted separately.
Do I retain control over bracket placement?
Yes. BraceFlow provides assisted initial positioning and manual adjustment controls. The clinician reviews and approves the setup; software suggestions do not replace clinical judgment.
Is this for my practice or my laboratory?
The workflow involves both clinical review and technical preparation. Your demo will clarify who operates the software, who approves the setup, and whether jig production takes place in your practice or with your lab.
Will it work with my scanner and brackets?
BraceFlow supports compatible STL and PLY scan exports. Scanner families can include TRIOS, iTero, Medit and Carestream, depending on available export options. Share your scanner model, exact bracket system and prescription to confirm the workflow. Scanner file support and bracket library support are separate checks.
What is the sleeve, and when is it generated?
The sleeve is the transfer jig created from the approved bracket setup. It is generated after you finish adjusting bracket positions, then produced and prepared by your practice or laboratory for the indirect bonding workflow.
Ask to see the physical output, seating process and supported production workflow during the demonstration.
What is the next-generation transfer jig architecture?
This is a planned development of the transfer sleeve design, focused on a defined seating path and visual confirmation during bonding. It is separate from the current sleeve-generation workflow; ask the team about release availability.
Do I need a 3D printer?
A printer is needed to produce the physical jig, but production may be handled by your lab. Confirm the printer, material and post-processing workflow with the team before clinical use.
How much time will this save?
That depends on your current process, case complexity and team experience. Evaluate digital setup time, printing and preparation, and chairside time separately. Ask to see a representative case from start to finish during your demo.
What about training and patient data?
Ask the team to explain onboarding, support, deployment options and how scans are stored, accessed and deleted. Agree on a suitable data-handling process before sharing any patient information.
Your next step
See how BraceFlow
fits your practice.
A live walkthrough. Your workflow questions.
A clear conversation about fit and cost.
Book a BraceFlow demo
30-minute meeting · Choose a time that suits you
Opens the Ekarthaan booking calendar.