Planning Modern Orthodontic Treatment
Modern orthodontic treatment planning is a data-driven, technology-assisted process that determines not only the most effective treatment approach for each patient, but allows both clinician and patient to visualise the expected outcome before committing to treatment. This level of predictability was simply not available a generation ago.
The Orthodontic Assessment
Comprehensive orthodontic treatment planning begins with a complete diagnostic record:
Clinical examination: Assessment of the dentition, bite, jaw joints, facial balance, and soft tissue profile.
Intraoral photographs and facial photographs: These document the current state and serve as a reference throughout treatment.
Panoramic X-ray: Shows all teeth including unerupted and impacted teeth, root positions, and bone levels.
Cephalometric X-ray: A lateral skull X-ray that allows analysis of jaw relationships (skeletal class, vertical dimensions) and dental inclinations.
Digital study models: Intraoral scans provide precise 3D models for analysis and virtual treatment planning.
Selecting the Right Treatment
Based on the diagnostic data, the clinician determines:
- Whether the problem is dental (tooth positions), skeletal (jaw size/relationship), or both
- Whether tooth extraction is indicated to create space
- Whether growth modification appliances are applicable (in growing patients)
- Whether fixed braces or clear aligners are more appropriate
Digital Simulation
For clear aligner cases, treatment simulation software (such as ClinCheck) generates an animated preview of how the teeth will move throughout treatment and what the final result will look like. For fixed brace cases, digital bracket placement planning (using software like Insignia or OrthoAnalyzer) allows bracket positions to be virtually optimised before the braces are fitted.
At Smilecraft, our orthodontic planning incorporates the most current digital tools to ensure that each patient receives a treatment plan that is as accurate, efficient, and individualised as current science allows.
