Advances In Orthodontics: The Power Of 3d Imaging
As advances in technology soar and change, orthodontic practices are looking to more non-invasive ways when it comes to approaching a full look at a patient’s dental anatomy.
The past of imaging and orthodontics could be a breaking saga of biology improvement and receiving information by technology. The mechanics of dentistry and particularly orthodontics has been influenced by the advancements in bands, brackets, and arch-wires. Imaging does offer the discipline of a scientific tool to check prospective craniofacial growth and also the effect of treatment on this dynamic method. Suitably, the recent 3-dimensional (3D) scanner utilizes less ionizing radiation as compared to traditional cephalograms and panoramic views. This means this allows a better and full round view of a patient’s jaw and current dental structure.
WHAT IS 3D IMAGING?
The biggest advancement with this technology is based on how the process can find a comprehensive and full view of a patient’s dental anatomy where the technical definition is “Three-dimensional images are created by combining several different technologies to formulate a comprehensive picture of teeth, soft tissue and root structures.”
THE 3D IMAGING PROCESS
The 3D Imaging process involves CBCT scanners, which rotate around a patient’s head. A cone-shaped source of radiation is directed toward the area of interest, lending to the name cone-beam computed tomography. CBCT scanning produces high-quality images of maxillofacial anatomy.
In addition to CBCT, intraoral scanners provide images of the inside of the mouth without invasive molding. Finally, photographs are taken and added to the other collected images. Together, these pieces form a 3D image which is used to create anatomodels.
WHY HAS THIS DIAGNOSTIC BECOME THE BETTER BENEFIT OPTION FOR SOME ORTHODONTIC CASES?
The 3d Imaging process is needed for specific cases that involve impactions and root resorptions. However, there are only certain dental cases where 3D Imaging may be the only option available, a few pros that present themselves as the better benefit option include:
- Finding problems related to airway constriction, including nasal polyps, and sinus infections. Also, sinus defects, and tonsil and adenoid problems that cannot be seen easily can be found using 3D Imaging.
- Jaw disease can go undetected until the later stages of the disease, however, 3D Imaging gives a full current picture of the location, size, shape, extent, and full involvement of conditions in a patient’s jaw.
- Diagnosing a potential case of Temporomandibular joint dysfunction, this imaging device can help predict changes in bony or soft tissues associated with treatment over time.
- Impacted teeth can be helped with 3D imaging, allowing the procedure to eliminate the need for exploratory surgery to determine any additional information.
WHAT CONS ARE AT HAND?
What potential cons are available when it comes to this high technology procedure, and what will orthodontists share with a patient when they may need it or not when it comes to imaging?
- Patient’s have voiced concerns about exposure strength, which patients should ask about.
- It has not been proven that this technique speeds up dental tooth movement, only in specific procedures where a patient’s orthodontists will be able to predict what the next steps are needed.
- Typically, a general concern that patients have revolves around explaining what the equipment and technology are capable of doing in the first place.
Check out our iTero Intraoral Scanner for more thorough information!
ORTHODONTIC CARE IS AVAILABLE IN THESE LOCATIONS
If anyone is needing to visit our orthodontic care center, visit Amazing Smiles Orthodontist with convenient locations in Long Island, Brooklyn, and Queens, NY. Amazing Smiles honors payment plans such as payment installments, insurance, flexible spending programs, and third-party financing.
- Amazing Smiles Orthodontics: Forest Hills100-25 Queens BoulevardForest Hills, NY 11375
- Phone: (718) 275-3200
- Email: firstname.lastname@example.org
- Tuesday: 11:30 AM – 6:00 PM
- Wednesday: 11:30 AM – 6:00 PM
- Friday: 11:30 AM – 5:00 PM