What Are Aligners?

Clear aligners may look like simple transparent trays, but clinically they function as a precise biomechanical system delivering controlled orthodontic forces over time.

The real difference lies in how that system is designed, customized, and executed.

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Fully Customized TPR Protocol with Stage-Specific Material Control

We believe aligners are not the treatment itself — they are one component within a complete digital orthodontic system.

  • Force magnitude and direction
  • Force duration and decay
  • Root movement within bone boundaries
  • Available space and proper staging
  • Periodontal tissue response
What Makes myline Aligners Different

myline aligners are engineered to execute clinical treatment plans, not just simulate them digitally.

We don’t aim to generate fast setups.

We aim to deliver predictable execution.
Clinically Driven Design

Built around biological mechanics, not software shortcuts.
Root-based planning

Movements originate at the root, not just crown alignment.
Controlled material behavior

Aligners maintain consistent force using thickness and memory-shape properties.
Execution-focused staging

Movements are sequenced based on what is clinically achievable, not visual aesthetics.
ENGINEERED FOR CONTROL

Core Properties of myline Aligners

Precision Fit

Each aligner is custom-manufactured to seat precisely over teeth and attachments, ensuring stable force application throughout wear.

Stable Force Delivery

Material choice and thickness are optimized to deliver consistent force over time—reducing early force decay and tracking issues.

Biologically Respectful Movement

Movements are planned with consideration for root position, bone boundaries, and tissue resistance—minimizing biological stress.

Clinical Adaptability

Aligners integrate with attachments, cut-outs, elastics, or hybrid mechanics—making them flexible tools for complex treatment plans.
Our Process

How myline Aligners Work: A Clinically Structured Workflow

Step 1 – Clinical Consultation

Treatment begins with a licensed dentist or orthodontist evaluating the case. Records typically include:

  • Intraoral scans or impressions.

  • X-rays or CBCT (when indicated).

  • Intraoral and extraoral photographs.

 
Goal: Determine case suitability and biomechanical complexity.

Step 2 – Treatment Planning

Using clinical records, a custom aligner plan is developed, defining:

  • Movement sequence.

  • Force strategy.

  • Space management (IPR, expansion, staging).

  • Biological limits of movement.

 
The digital setup is a clinical hypothesis, not a guarantee.

Step 3 – First Aligners Delivered

After plan approval, the first series of aligners is manufactured. Each aligner is designed to:

  • Apply specific force patterns.

  • Stage the teeth for the next movement.

  • Maintain progressive, controlled motion.

 
Wearing time per aligner follows a biologically safe rhythm, not arbitrary cycles.

Step 4 – Aligner Progression

As the case advances, aligners are changed according to the clinical sequence. Each aligner:

  • Builds upon prior movement.

  • Adjusts force magnitude and direction.

  • Progresses toward the final occlusal target.

Predictable treatment requires consistent wear and planned force control.

Step 5 – Clinical Follow-Ups

Routine check-ins ensure:

  • Tracking is maintained

  • Biological response is within expectations

  • Plan execution matches the clinical design

  • Adjustments are made only when necessary

 
This phase safeguards treatment integrity.

Step 6 – Final Outcome and Retention

Once movements are complete:

  • Teeth are positioned as planned

  • Occlusion is evaluated clinically

  • Retainers are prescribed to maintain outcomes

 
Retention is not optional—it is the final clinical phase, ensuring long-term stability.

Aligners don’t move teeth on their own.

Good planning Precise force control Sound clinical judgment does.

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