Dental Imaging Centers
Services
iCAT FLX V17 Cone Beam
The iCAT FLX V17 offers large and medium volume 3-D imaging ranging from 4-17 cm in height. Resolution: High (.25 Voxel), Medium (.3 Voxel), Low (.4 Voxel). Typical scan time of 8.9 seconds. Effective radiation dose to patient: 36-74 µSv. To view the various clinical applications for the iCat FLX V17 please click on the gray tabs below. Click on any image to enlarge.
Orthodontic Studies
From a single 8.9 second 3-D scan we can reconstruct all of the 2-D views that orthodontists are accustomed to using in order to diagnosis and treatment plan their cases. All of the 2-D images below were reformatted from a single 3-D scan.

Panoramic

Lateral Cephalometric

Frontal Cephalometric

Lateral Cephalometric Tracing

Tracing Analysis

Airway Volume

Sagittal TMJ

Coronal TMJ
Virtual Study Models and Treatment Simulation
From the cone beam scan virtual study models can be made which provide an effective case presentation tool.

Virtual Study Model

Study Model Composite View

Study Models and 3-D Volume
Implant Studies
Implant studies typically include a reconstructed 2-D panoramic image, cross sections reformatted for each arch, and 3-D volumetric images/video. We can also provide various 3-D viewing softwares based on the practioner's preference.

Panoramic

Sagittal Cross Sections of Maxilla

Axial Cross Sections of Maxilla

Sagittal Cross Sections of Mandible

Mandibular Nerve Tracing

Surgical Guide
Using 3-D softwares we can place implants and create a planning file from which surgical guides can be manufactured.

Implant Planning for Surgical Guide

Implant Planning with Superimposed Study Model

Surgical Guide
Airway Study
CBCT scanning is increasingly being utilized by sleep specialists as a part of their diagnostic protocol. Additionally CBCT scanning is utilized to evaluate the effectiveness of treatment alternatives such as intraoral appliances. Utilizing a variety of softwares, we can provide 2-D and 3-D images of the airway along with linear, area, and volume measurements.

Volumetric View of Airway Restricted by Enlarged Adenoids and Tonsils

Sagittal View of Enlarged Adenoids

Coronal View of Enlarged Tonsils

Linear Measurements of Restricted Airway

Axial View and Area Measurement of Restricted Airway


Volumetric View of Restricted Airway

Airway Scan Taken With Intraoral Appliance
TMJ Study
TMJ Limited: From an 8.9 second 3-D scan, many 2-D reformatted layouts are available to view the TMJ using mulitple softwares depending on the preference of the referring doctor. Views are typically taken with a closed bite.
TMJ Complete: An additional low-dose 5 second scan may be ordered with the mouth wide open to view the range of translation of the condyles.
TMJ Complete: An additional low-dose 5 second scan may be ordered with the mouth wide open to view the range of translation of the condyles.

Panoramic

Sagittal TMJ

Coronal TMJ
Malposed Teeth
An 8.9 second 3-D scan can provide practitioners with comprehensive visualization of unerupted, impacted, ectopically positioned, and supernumerary teeth. Visualiztion of the mandibular nerve in relation to 3rd molar root development is a useful application.

Panoramic of Unerupted 3rd Molars

Sagittal Cross Sections of Unerupted 3rd Molars


Panoramic of Ectopic 3rd Molar

Sagittal Cross Sections of Ectopic 3rd Molar

Oral Pathology
In order to rule out pathology in the scanned anatomy, it is recommended that the 3-D scan be interpreted by a maxillofacial radiologist. It is not unusual to see maxillary sinus polyps, inflammation, and infection as indicated by partial or full obliteration of the sinus in which case a copy of the scan can be forwarded to the patient's physician or ENT specialist. To view sample maxillofacial radiology reports please click on the Diagnostic Services tab above.

Coronal View of Sinus Polyp

Sagittal View of Sinus Polyp

Axial Cross Sections of Sinus Polyp

Coronal View of Partial Sinus Obliteration

Sagittal View of Partial Sinus Obliteration

Axial Cross Sections of Partial Sinus Obliteration