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i-CAT Imaging SystemEnhancing the Way We See Patients
Shullman Orthodontics is pleased to announce the acquisition of the state-of-the-art i-CAT cone beam 3-D dental imaging system. We are the first orthodontic office in the western communities to use the i-CAT, providing Dr. Shullman with high-definition digital data on precise anatomical information of all facial structures. Using these images allows us to diagnose and treatment plan with the most accurate information that is available today.
i-CAT Benefits for the patient
- A quick and easy, 8.9 second scan producing the most anatomically accurate 3-D images of the mouth, face, and jaw.
- More accurately diagnose and predictably treat patients than with conventional 2 dimensional imaging
- One i-CAT scan replaces the three to four x-rays normally taken for orthodontic treatment
- Elimination of impressions for initial study models
- No more records appointment!
- A 30 minute appointment that we scheduled to take the three to four x-rays and upper and lower impressions at the beginning of treatment Fast, convenient, open environment
- Low radiation dosage - Half the dose of a full mouth series
- 3-D views to evaluate root positioning to predict more accurate tooth movement
- Over ten times less radiation compared to a medical CT
- Lower patient cost than a medical CT
- Dr. Shullman can easily share the 3-D data with a patients general dentist using free i-CAT Vision Software
- Surgical Predictability
- The i-CAT gives dentists the complete anatomical information on bone and pathology prior to surgery, resulting in less trauma and predictable surgical outcomes.
- Computerized construction of actual three-dimensional models helps to robotically bend special orthodontic wires to facilitate tooth movement, therefore decreasing treatment time by 40%
Uses of 3-D imaging
- Third molar extractions
- Impacted or extra teeth
- Pathology
- Comprehensive airway views to evaluate tonsils, adenoids, and possible prediction for sleep apnea
- Tooth localization
- TMJ analysis
- Trauma
- Implant site evaluation
- 3D imaging of facial bones assists in diagnosing asymmetries
- Endodontics
- Congenital defects
- Orthognathics
- Supernumerary teeth
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