Treatment Areas

Aesthetics
Dentistry

Digital Dentistry

Digital dentistry, for the patient and the practitioner
providing comfort and time savings;
includes the latest methods of dentistry.

3D visualization of soft and hard tissues and sensitive cameras that can take images from inside the mouth and record these images in 3D allow for both surgical, smile design, aesthetic and prosthetic dental treatments.

Digital planning is frequently used in smile design and implant positioning. Before the treatment, the patient's facial photographs and intraoral scan recordings are transferred to special programs on the computer and the patient's post-treatment tooth shape and appearance together with the face are obtained.

Digital Dental Photography

Dental photographs are used for color selection and transferring the image to the laboratory environment, deciding on treatment options between the patient and the physician, determining the situation before and after treatment, publishing in scientific journals and books, and archiving. Dental photographs are used together with radiographs before treatment planning for each patient in our clinic.

3D Computed Tomography

Pre-treatment planning and treatment process are supported by tomographs that allow 3D visualization of the face, jaws and teeth. It allows images to be followed from different angles and sections and precise measurements to be made before the procedure. It also allows the physician to obtain a more detailed view of the mouth, jaws and all teeth.
Compared to medical computed tomography, dental computed tomography can perform imaging with about one percent less radiation dose.

The areas of use of Dental Computed Tomography are as follows:

  • Assessment of bone volume and quality
  • State of anatomical formations
  • Determination of implant size
  • Evaluation of the direction and position of impacted teeth and determination of their relationship with adjacent anatomical regions
  • Three-dimensional examination of the bone structure of the mandibular joint
  • Evaluation of growth and development
  • Demonstration of skeletal jaw and facial asymmetries
  • Evaluation of pathological formations such as infections, cysts and tumors in terms of their size, location, extension and relationship with neighboring anatomical structures and their effect on them
  • Preoperative planning of maxillofacial surgeries
  • Obtaining three-dimensional models of the jaw and facial system
  • Evaluation of irregularities occurring on the articular surfaces of the jaw
  • The ability to evaluate the bone structure and destruction around each tooth separately
  • Monitoring of bone loss around the teeth

Digital Implantology

After bone measurements are made with 3D computed tomographs taken from the patients, intraoral impression taking is performed with the 3D scanning method. Teeth are scanned with an optical camera and transferred to the computer, in other words, the length, diameter and the area to be implanted are determined in a virtual environment.
Implant surgery with the x-Guide 3D dynamic navigation device allows the implant to be placed by visually seeing the progress of the implant drills in the bone without the need for any surgical guides.
In addition to this; according to the virtual image obtained, guides are prepared to ensure that the template, which is designed and produced individually, is used in the patient. During the operation, this guide is inserted into the patient's mouth and the implants are placed in the planned locations and positions.