The main goal of computer-aided planning is to create a virtual copy of the patient and integrate it within 3Shape software - a global leader in digital dentistry. This enables comprehensive digital planning and simulation of dental treatment.

By combining 3D teeth scanning, computed tomography, and facial photography, we can design a virtual model of future crowns, veneers, and other restorations, taking into account each patient’s unique anatomy.

Using a digital facebow and virtual articulator, we can create restorations that are precisely adapted to the condition and individual characteristics of the patient’s temporomandibular joint. This ensures maximum accuracy, comfort, and functionality.

The artificial intelligence technology used at IODENT Clinic is a powerful tool for diagnosing dental conditions. After a computed tomography (CT) scan and 3D scanning, the AI automatically analyzes the data within 3–4 minutes, providing a comprehensive overview of the teeth and jaw system and identifying any signs of disease.

This technology is based on machine learning algorithms and advanced data analysis. Thanks to a large clinical database, the AI can recognize various pathological changes and anomalies in the structure of teeth and the jaw system.

The 3Shape software enables dentists to receive a fast and accurate assessment of a patient’s dental and jaw condition, improving both diagnosis and treatment planning.

3D printing is an integral part of modern dentistry and plays a key role in efficient and precise diagnostics.

Using a 3D printer, dentists can create temporary restorations and prototypes of future dental work directly during a consultation. This allows patients to try on crowns and veneers before any preparation of their natural teeth begins.

Patients also gain a clear idea of what their restorations will look like after treatment and can request adjustments or corrections if needed. This approach enhances patient confidence and satisfaction with their chosen restorations.

Guided surgery is a crucial component of dental implantation. Each implant is placed using a custom surgical guide, designed based on the unique features of a patient’s bone structure, jaw shape, and dental arch, as well as the planned prosthetic restoration.

This approach involves detailed digital planning of the implant procedure, which helps reduce operation time and minimize potential complications.

Using the surgical guide, dentists can precisely determine the implant’s position, ensuring optimal interaction with the bone and achieving stable integration.

Additionally, the combination of innovative surgical tools and digital technology allows for single-stage implantation, which can include tooth extraction, implant placement, and a temporary crown in one procedure.

This method helps avoid additional bone grafting surgeries, reduces procedural trauma, and shortens the overall treatment time.

Digital Smile Design is an innovative approach that allows patients to see and evaluate their future smile during the consultation stage, before any dental treatment begins.

Using digital technology, 3D models are created to virtually reproduce and customize the aesthetic appearance of the patient’s smile. With specialized software, the dentist can account for individual features such as facial shape, tooth alignment, color palette, and other factors.

Once the patient is satisfied with the digital smile design, the next step is to create 3D models or guides. This allows the patient to experience the planned restorations firsthand, evaluating both comfort and appearance before treatment begins.

The main advantages of laser technology are its high precision and safety. Using AMD Lasers (Israel), specialists at IODENT Clinic effectively perform soft tissue procedures in the oral cavity.

Laser treatments include the removal of papillomas and fibromas (soft tissue growths), helping restore both the health and functionality of the mouth.

Lasers are also used for frenulum (lip and tongue) correction, which addresses anomalies that may restrict lip or tongue movement, improving oral function. Additionally, lasers are employed to sterilize periodontal pockets in cases of periodontitis. This effectively combats inflammation and infection in the gums, promoting overall gum and dental health.

Laser technology is also used for soft tissue coagulation, allowing dentists to precisely control bleeding during procedures and ensuring faster, safer healing.

By using AMD Lasers, our dentists can perform treatments with accuracy, minimal discomfort, and reduced recovery time for patients.

Dental microscopes are used across various fields of dentistry - therapeutic, prosthetic, aesthetic, and endodontic treatments. With 30–40x magnification, dentists can detect early signs of decay, small cracks in teeth, and perform precise root canal treatments as well as tooth preparation for crowns or veneers.

At IODENT Clinic, patients have the opportunity to receive treatment using the 3rd-generation MD 500 “CALIPSO” high-precision microscope. It features German-quality lenses by Schott and a powerful illumination system.

This technology allows our dentists to work within extremely narrow and highly branched root canals with maximum accuracy, ensuring the highest standards of care.