AI in the dentistry of the future 🦷🤖

Advantages of AI technologies for patients 🎯

• Reduced diagnostic and treatment time.
• Predictable results and visualization of the final result.
• Increased comfort and reduced trauma of procedures.
• Personalized approach based on unique patient data.

AI technologies in dentistry are the future that are already changing the approach to treatment today, making it more accurate, safe and effective. 🦷✨

Advantages of AI diagnostics 📊

Precise diagnostic accuracy 🔬

Artificial intelligence is capable of analyzing digital images with incredible accuracy. It detects even the smallest pathological changes that may be missed during a visual inspection or manual analysis of an X-ray.

Example:

When a patient comes in complaining of intermittent pain, the doctor may not immediately identify the cause. An AI program trained on thousands of similar cases analyzes a 3D image and detects microcracks, hidden caries or inflammation of the root area. Thanks to this, the doctor can immediately begin treatment, preventing complications such as infection or tooth loss.

Additional benefit: AI also helps assess the condition of fillings and crowns, indicating risk areas where they may lose their tightness.

Predictive planning 🛠️

Artificial intelligence algorithms use patient data to create a personalized 3D model of his treatment. This allows the doctor to predict the results with high accuracy and provide the patient with a clear picture of the process.

Example:

When planning orthodontic treatment, AI can simulate the movement of teeth at each stage of installing braces or aligners. For example, if the patient is worried about the time of treatment, the program visualizes how the bite will change after 6, 12 and 18 months. This allows you to choose the optimal treatment plan that takes into account not only time, but also patient comfort.

Additional advantage: AI can identify hidden risks, such as excessive load on certain teeth or risks of gum recession, and adapt the treatment plan.

Key areas of AI application 🔧

Implantation 🦷

AI navigation is used for precise positioning of implants, taking into account the anatomical features of the patient. This eliminates the risk of incorrect installation, reduces the trauma of the procedure and increases the durability of the result.

Example:

Before the implantation procedure, the patient undergoes a CT scan. The AI ​​program processes the obtained data and determines the ideal place for the implant. It takes into account bone density, nerve location, adjacent teeth, and even the angle of chewing load.

For example, in a patient with bone deficiency in the upper jaw, the program helps to choose the optimal location and length of the implant, eliminating damage to the maxillary sinus.

Additional advantage: Using AI reduces the time of surgery and speeds up recovery.

Bone grafting 🦴

AI helps assess the condition of bone tissue by modeling the process of its restoration. This is especially useful when preparing for implantation or restoring lost volume.

Example:

A patient requires bone grafting before installing an implant. AI creates an accurate 3D model of the defect area and calculates how much material will be needed for complete restoration.

Moreover, the program predicts how regeneration will occur in different areas, which allows the doctor to choose the optimal method — block transplantation or the use of bone substitutes.

Additional advantage: Reduced risk of complications, such as insufficient fusion of the graft with the patient's own bone.

Periodontology 🌱

Artificial intelligence is used to analyze the condition of periodontal tissues, which is especially important for patients with inflammation or a predisposition to periodontitis.

Example:

During a regular examination, AI analyzes digital photographs and X-rays. For example, it detects subtle signs of inflammation or gum recession that may be missed in the early stages.

Based on this data, the program creates a personalized treatment plan: from professional cleaning to surgery, if necessary.

Additional plus: For patients with chronic gum disease, AI can track the dynamics of treatment, indicating improvements or the need to adjust therapy.