Why Orthodontists Are Choosing Klaer for Clear Aligner Treatment
A patient presents with a Class II malocclusion and mild crowding. The referring dentist has already offered clear aligners elsewhere — the staging looks adequate on the surface, but the root positions are nowhere in the plan. You accept the case, adjust the prescription by hand, and spend the next eighteen months correcting what the original staging never accounted for. It is a familiar scenario. And it is precisely the clinical gap that Klaer was designed to close.
The Clinical Gap That Most Clear Aligner Systems Leave Open
Conventional clear aligner workflows are built around intraoral scans. That is a reasonable starting point, but an IOS captures crowns — the visible, supragingival portion of each tooth. Root angulation, torque expression, and alveolar bone boundaries remain invisible. For straightforward cases with minimal skeletal involvement, this may be acceptable. For anything more complex — deep bites, significant rotations, cases requiring root parallelism before restorative work — treating from crown data alone introduces risk.
Orthodontists understand this distinction instinctively. Yet most commercial clear aligner platforms still stage movement on a crown-only model, leaving the clinician to mentally overlay the CBCT findings and compensate in the prescription. That cognitive load belongs in the planning software, not in the clinician's head.
True 3D Treatment Planning: Roots, Not Just Crowns
Klaer's workflow begins with two inputs: an intraoral scan (IOS) and a cone beam CT (CBCT). Both are uploaded by the prescribing clinician at case submission. The CBCT data is not archived for reference — it is integrated into the planning model, so tooth movement is planned around the full anatomical unit: crown *and* root, within the actual bony envelope.
This matters clinically in several concrete ways:
- Torque control is prescribed and visualised against real root position, reducing the risk of fenestration or dehiscence during treatment.
- Root parallelism — critical before implant placement or bridgework — can be planned and confirmed in the staging, not estimated after the fact.
- Skeletal boundaries are visible during planning, so tooth movement stays within physiologically appropriate limits rather than exceeding them on a virtual model that never saw bone.
For orthodontists managing complex cases, mixed dentition transitions, or patients with significant bone loss, the difference between a crown-only and a root-inclusive model is not academic — it is the difference between a plan you can trust and one you must second-guess.
AI Staging, Orthodontist Verification — In That Order
Klaer's staging pipeline is powered by kyour.ai, the AI platform within the aiHealth Group ecosystem. The AI performs the initial 3D staging — segmenting teeth, mapping root positions from CBCT, and generating a movement sequence. This step handles the time-intensive computational work that would otherwise consume hours of clinical or technical labour.
But AI staging is the beginning of the process, not the end. Every Klaer treatment plan is reviewed and verified by a qualified orthodontist before it reaches the prescribing clinician. That verification layer is not a formality — it is where clinical judgement, case nuance, and treatment sequencing are applied to what the algorithm has proposed.
The practical outcome: orthodontists who prescribe Klaer receive a treatment plan that reflects both computational precision and peer-level clinical review. The tagline — *Designed by orthodontists. Verified by AI* — captures the philosophy accurately. The clinician remains in control of the treatment; the technology works in service of that control.
UAE Manufacturing and the Weekly Monitoring Workflow
Klaer aligners are manufactured in the UAE. For clinicians practising in the region, this has direct implications: shorter lead times, supply chain reliability, and alignment with local regulatory frameworks. It also reflects a deliberate commitment to building clinical infrastructure within the Gulf rather than depending entirely on overseas production.
Once aligners are delivered to the clinic, the monitoring workflow continues remotely. Patients use a smartphone application to submit weekly at-home images. These images are reviewed within the Klaer platform, allowing the prescribing clinician to track tooth movement between in-person appointments without requiring the patient to attend unnecessarily. For busy practices — and for patients who travel, which is common in the UAE — this is a meaningful operational improvement.
The weekly imaging cadence also creates a documented record of progress, which supports clinical decision-making if refinements are needed and provides a clear timeline of treatment delivery.
What Partnering With Klaer Looks Like in Practice
For orthodontists considering Klaer, the integration into an existing practice is straightforward. Case submission requires the IOS and CBCT — scans most orthodontists are already acquiring for complex cases. The prescribing clinician reviews and approves the treatment plan before manufacturing begins. Aligners are shipped to the clinic. The weekly monitoring app runs in the background, flagging cases that warrant attention.
There is no requirement to alter your clinical protocols significantly. The workflow is designed to sit alongside standard orthodontic practice, not to replace clinical judgement with an automated pipeline.
Clinicians who want to explore how Klaer integrates with their current case mix are welcome to connect with the Klaer team at klaer.ae — whether for a specific complex case or to discuss onboarding more broadly.
The clear aligner category has matured considerably. What separates premium clinical tools from commodity products is no longer finish quality or material science alone — it is whether the planning model reflects the full anatomy of the patient. For orthodontists who work at that level of precision, Klaer is built to match it.