Discover digital technologies in orthodontic treatments at DENT ESTET

At DENT ESTET, we are dedicated to incorporating the most advanced technologies into our dental practice to provide our patients with exceptional treatment experiences. Utilizing the latest digital innovations, we transform orthodontic treatment into a precise, comfortable, and personalized experience.

Digital technologies we use in orthodontics:

Digital Panoramic Radiology  

The digital panoramic image provides a comprehensive view of the oral structure, allowing our doctors to precisely analyze the position of the teeth, jawbones, and other important structures. This tool helps us diagnose dental conditions quickly and non-invasively.

Future Smile Studio - Diagnostic photography

Diagnostic photographs taken in our Future Smile Studio by our specialized team of photographers allow for a detailed assessment of each patient's smile's appearance and functionality. These images aid in precise treatment planning and effective communication between the medical team and the patient.

Trios - 3D Intraoral scanner

Using the advanced Trios technology, we perform precise and comfortable intraoral scans. These scans provide a three-dimensional digital image of the teeth and gums, enabling our doctors to design and implement customized orthodontic treatments efficiently and accurately.

Modjaw 4D - Bite functionality verification  

Modjaw 4D is an innovative technology that allows us to evaluate the dynamics of the bite and the functionality of the temporomandibular joint. By analyzing mandibular movements in real time, we can identify dysfunctions and intervene appropriately to correct alignment and functionality issues.

Digital Smile Design  

Digital Smile Design (DSD) is an advanced treatment planning method that uses digital technology to create detailed previews of treatment outcomes. This approach allows patients to see and understand exactly how their final smile will look, providing them with confidence and clarity in the decision-making process.