Plan-to-placement translation
The intended bracket target must be reproduced in a dynamic clinical environment, tooth by tooth.
AI-assisted guidance for fixed orthodontics
Precision at the point of placement.
Orthaline is being developed to help orthodontic teams compare bracket placement with the digital treatment plan in real time—before curing.
- Patent pending
- Product in development
- Camera-based workflow
Concept interface. Final product and validated performance may differ.
ChairsideDesigned for the moment of placement
Pre-cureFeedback before the bracket is fixed
Plan-linkedCompares execution with the intended target
Non-contactNo additional patient-contact positioning hardware
The clinical execution gap
A digital plan is only as useful as its chairside execution.
Bracket placement is a precise manual step. Orthaline is intended to give the clinician an additional visual check while the placement can still be adjusted.
Feedback arrives late
Placement concerns may become clearer only after curing or later in treatment, when correction is more disruptive.
Workflow variability
Teams need a repeatable quality-assurance layer that supports clinical judgment rather than replacing it.
How Orthaline is designed to work
Capture. Compare. Verify.
A focused workflow that fits around bracket placement and keeps the clinician in control.
Clinical decision support—not automated treatment.
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1
Capture the live view
A camera provides a direct view of the tooth and bracket during placement.
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2
Compare with the target
Computer-vision models estimate the current placement relative to the planned target.
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3
Review immediate guidance
The clinician receives a clear visual indication and decides whether to adjust or proceed.
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4
Build a quality record
The workflow is designed to support consistent documentation and future quality analysis.
Designed value
One guidance layer. Multiple operational benefits.
Orthaline is intended to strengthen execution, standardisation and learning across fixed-appliance workflows.
For clinicians
Immediate, plan-linked visual guidance before curing, while clinical correction is still straightforward.
- Supports—not replaces—clinical judgment
- Designed for the existing placement sequence
- Clear, focused chairside feedback
For clinics
A potential quality-assurance and training layer across clinicians, technicians and locations.
- More repeatable placement checks
- Structured onboarding and training support
- Foundation for workflow analytics
For patients
Technology designed to support careful execution and earlier identification of avoidable placement concerns.
- No additional patient-contact hardware
- Designed around a familiar clinical process
- Focus on quality at the start of treatment
Development approach
Built for validation, not marketing claims.
Our current focus is structured technical and clinical evaluation: image capture, model performance, usability, workflow integration and regulatory readiness.
We are engaging selected orthodontic clinics, research partners and strategic collaborators who can contribute to a rigorous evaluation pathway.
Current priorities
- 01 Clinical workflow validation
- 02 Model accuracy and robustness
- 03 Human-factors and usability testing
- 04 Regulatory and quality-system preparation
Ortho Precision Tech
Focused on the execution layer of digital orthodontics.
Ortho Precision Tech SRL is a Romanian MedTech software company developing computer-vision tools for fixed orthodontics. Our work centres on translating the digital treatment plan into a verifiable chairside action.
Orthaline is our initial product concept: a pre-cure bracket-placement guidance and quality-assurance system.
Collaboration
Discuss a clinical, research or investment conversation.
We are interested in carefully selected pilot clinics, technical and academic partners, and strategic investors aligned with responsible MedTech development.
Email directly contact@orthoprecisiontech.com