Technologies used in digital orthodontics

Technologies used in digital orthodontics

In the field of orthodontics, digital technologies have increasingly entered and played a very important role in the evolution of this field. With the advancement of various technologies such as 3D imaging, digital scanners, 3D design software and 3D printers, new methods have been created to diagnose, plan and treat orthodontic disorders.

3D imaging provides the possibility of preparing detailed and comprehensive images of dental and skull structures, which helps orthodontists to plan their treatment more accurately. These images also allow for a more detailed analysis of changes over time.

Digital scanners help orthodontists to get the best information about the position of the teeth and the jaw space from the beginning of the treatment. These scanners have a faster, more convenient and more accurate performance than the traditional methods of obtaining teeth models.

3D design software and 3D printers allow orthodontists to create 3D models of teeth with high accuracy and produce treatment plans accurately using orthodontic adjunct manufacturing technology.

In this article, these technologies used in digital orthodontics will be investigated and their role in improving treatment processes and results for patients will be investigated.

Technologies used in digital orthodontics 

Digital technologies in the field of orthodontics have greatly improved and innovated the treatment and diagnostic methods of this field. Below are some of the main technologies used in digital orthodontics:

3D imaging 

   This technology allows orthodontists to obtain detailed, three-dimensional images of teeth, jaws, and skull structures. By using 3D images, orthodontists can plan orthodontic treatment more precisely, such as installing brackets, creating orthodontic extensions, etc.

Digital scanners 

   Instead of using traditional models of teeth, these devices use surface scanning technology that provides accurate information about the dental and jaw space. These scanners are faster and more accurate than traditional methods, allowing orthodontists to determine the best treatment plan for each patient.

3D design software

   These softwares allow orthodontists to create 3D models of teeth and make more accurate treatment plans based on these models. These software usually come with 3D printers that allow orthodontists to quickly produce customized orthodontic extensions.

3D printers 

   This technology allows orthodontists to produce customized orthodontic abutments directly and with high precision. Among the applications of this technology, we can mention the preparation of transparent spacers for the treatment of various orthodontic disorders, which are produced using scanned information and 3D design software.

These technologies not only allow orthodontists to improve performance and accuracy in treating patients, but also reduce treatment time and improve the patient experience. With the continuous advancement in these technologies, digital orthodontics has become one of the leading fields in dental medicine.

The help of new technologies in digital orthodontics

New technologies in digital orthodontics help to improve and optimize orthodontic processes in many ways. Below are some of these benefits:

High accuracy in diagnosis and planning

   Technologies such as 3D imaging and digital scanners allow orthodontists to analyze and examine the condition of the teeth, jaw and skull with high precision. This high accuracy in diagnosing orthodontic problems and treatment planning brings significant improvement.

Speed up treatment

   The use of digital technologies such as 3D printers to produce orthodontic extensions increases the speed of the treatment process. Instead of the patient going to the dentist for every change in orthodontic extensions, these extensions are produced directly and with high precision by 3D printers.

More comfort for patients

   The use of clear orthodontic extensions (such as spacers) produced using 3D design software allows patients to experience their treatment more comfortably and with less need for frequent adjustments.

Improving the patient experience

   New technologies in digital orthodontics improve patient experience. Clear and accurate orthodontic extensions reduce the need for frequent appointments and follow-ups, as well as improve pain thresholds and discomfort during treatment.

Greater flexibility in treatment planning

   By using 3D design software, orthodontists can design the best treatment plan based on the specific condition of each patient. This flexibility allows orthodontists to optimize treatment more precisely and according to the specific needs of patients.

Overall, new technologies in digital orthodontics not only help improve the accuracy and quality of treatment, but also increase patient comfort and improve their experience. These technologies also provide orthodontists with more advanced tools to plan and implement more effective treatments.

final word 

In this article, we took an in-depth review of modern and digital technologies in the field of orthodontics that provide orthodontists with powerful tools to diagnose, plan, and implement more accurate and effective treatments. From 3D imaging and digital scanners to 3D design software and 3D printers, each of these technologies plays an important role in improving orthodontic processes, allowing orthodontists to treat their patients with greater precision.

The use of these technologies not only improves the professional performance of orthodontists, but also provides patients with a better and safer experience of orthodontic treatment. With the continuous progress in this field, we hope that these technologies will be more widely used in the field of dental medicine and contribute to the continuous development of new technologies and improvement of treatment methods.

In short, digital technologies in orthodontics not only play a big role in improving the quality of treatment, but also allow orthodontists and patients to achieve the best possible results in orthodontic treatment using advanced and effective methods.