AI diagnostics using a scanner

At our Medical Center, artificial intelligence is radically changing traditional approaches to dental diagnostics and treatment.

How AI improves diagnostics:

• Higher accuracy: AI algorithms analyze X-rays and intraoral images to detect cavities, periodontal disease, and even oral cancer at an early stage, much faster and more accurately than traditional methods.
• Personalized approach: AI systems evaluate patient data (dental history, radiographs, and in some cases even genetic information) to develop an optimal treatment plan.

AI in dental therapy:

• The combination of 3D scanners and artificial intelligence makes diagnostics faster, painless, and more accurate.
• Digital scanning allows you to obtain a detailed model of the teeth, which improves diagnosis and treatment planning.
• AI analysis helps detect hidden problems, such as caries, microcracks, or malocclusions, at an early stage, which increases the effectiveness of treatment.

Diagnosis and treatment planning:

• AI helps detect endodontic disease by analyzing radiographs for periapical lesions, root fractures, and other pathologies
• Assesses tooth anatomy, infection severity, and patient condition to develop the most effective treatment plan. The use of AI in dentistry opens up new opportunities for more accurate diagnosis, safer treatment, and improved overall patient comfort.
• Orthodontic diagnostics is a complex process that combines a variety of information obtained from the patient’s facial and occlusion parameters, taking into account their individual needs. To make the diagnostic process more accurate and efficient, artificial intelligence tools are used. In orthodontics, AI is used to analyze the structure of the facial skeleton and determine anatomical landmarks, analyze radiographs and 3D scans, determine bone age, and plan and predict treatment outcomes. Today, there is increased interest in using AI for digital planning of aligners and fixation of bracket systems. Using accurate 3D scans and virtual models, aligners can be easily printed and manufactured according to a unique treatment strategy. As a huge amount of data is processed, an algorithm is developed that determines how and with what pressure the patient’s teeth should be moved, as well as the pressure points characteristic of that tooth or group of teeth. Aligners made with the help of artificial intelligence reduce the duration of treatment and make the process more precise, simple and predictable.