Freeman Orthodontics

3D Scanning

What Does a 3D Scanner Do?

Our 3D scanner allows our office the ability to take records on our patients without the need for impressions.  Using a scanner has a multitude of benefits for our patient’s comfort and convenience! 

iTero Scanner
Gloved hand holding a dental device.

How Does a 3D Scanner Work?

3-D Scanning uses a very small camera to take hundreds of images of your teeth which are "stitched" together into a Three-Dimensional model in real time. The Scanner does not use any radiation, heat or air so there is no discomfort for the patient!

Dentist examines patient with dental tools.

How Does a 3D Scanner Feel?

Having scans done of your teeth are very comfortable. The only thing required of you is keeping your mouth open during the scan. The scan will normally take anywhere from 3 to 10 minutes, and will not cause any irritation to your lips, gums, teeth or cheeks.

Scanning allows our office the ability to take records on our patients without the need for impressions.  Using a scanner has a multitude of benefits for our patient’s comfort and convenience! 

How Does it Work?

3D Scanners use a very small camera to take hundreds of images of your teeth which are "stitched" together into a Three-Dimensional model in real time. The Scanner does not use any radiation, heat or air so there is no discomfort for the patient!

Gloved hand holding a dental device.

How Does it Feel?

Having scans done of your teeth are very comfortable. The only thing required of you is keeping your mouth open during the scan. The scan will normally take anywhere from 3 to 10 minutes, and will not cause any irritation to your lips, gums, teeth or cheeks.

Dentist examines patient with dental tools.

How Do We Use 3D Scans of Your Teeth?

Dental mold on a blue patterned surface.

Printing 3D Models

Using a 3D printer, we are capable of printing our scans to fabricate orthodontic appliances, aligners and retainers.

3D dental model of human teeth.

Electronic Treatment Planning

Dr. Freeman uses 3D models for diagnostic purposes and treatment planning.