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IMPLANTOLOGY
Dental implant
Dental implants are the ideal solution for replacing one or more missing teeth.
A dental implant is a titanium structure used to replace the root of a missing tooth. Today, for both aesthetic and comfort reasons, dental implants are considered one of the best solutions for replacing one or more missing teeth. The implant-supported crown is custom-made to complete the restoration process. It is screwed onto the implant to fully replace the missing tooth.
Using advanced technology, we are able to offer high-quality dental implant treatments in a safe and comfortable environment.
Restoration on implants
Dental implants, the ideal replacement solution.
A dentist will recommend implant-supported restoration when one or more teeth are missing. Whether it involves bridges or dentures supported by dental implants, implant restoration is becoming increasingly popular. It offers a permanent, comfortable, and effective solution for replacing missing teeth.
Bone grafting
Bone crest preservation, bone regeneration, sinus lift and other bone grafting procedures.
Tooth loss leads to the gradual resorption of the jawbone. When bone loss becomes significant, the dentist cannot place a dental implant in an area with insufficient bone volume. In such cases, a bone graft is required beforehand. Dental bone can shrink in both height and width. Several factors can accelerate this resorption, including gum disease (periodontal disease), smoking, wearing dentures, and not replacing missing teeth. The jawbone is naturally stimulated by the presence of teeth—or dental implants—which helps maintain its volume and density.
3D Radiology
3D radiology for precise and safe treatments.
3D digital radiography has significantly improved dental diagnostics while reducing the radiation exposure for patients. The most commonly used 2D radiograph in dentistry is the panoramic X-ray, which provides an overview of the dental and bone structures in the maxillofacial region.
However, the image quality produced by 3D volume radiography is far superior to that of traditional 2D X-rays. The main advantages of 3D scans include distortion-free images and high resolution, made possible by powerful data reconstruction software. A single 3D data acquisition can generate multiple views that the specialist can manipulate from any angle for a more accurate and comprehensive assessment.