To earn the ZAGA Centre designation, clinicians and their teams must complete an advanced training program centered on the Zygoma Anatomy Guided Approach. This involves structured online courses, hands-on live surgery courses and mentorship sessions with seasoned international ZAGA experts. The training covers everything from detailed patient clinical evaluation, using 3D CBCT imaging, to the precise surgical techniques needed for complex zygomatic implant surgical procedures. Certification through the ZAGA Academy confirms that a ZAGA Centre meets rigorous standards for customised personal, high-quality care, and ongoing professional development. It also ensures that each ZAGA Centre stays at the forefront of innovative implant rehabilitation techniques.

ZAGA (Zygoma Anatomy Guided Approach) uses advanced 3D CBCT imaging to assess the unique zygomatic bone anatomy, allowing for customised implant placement which fits perfectly and reduces the need for invasive bone grafting procedures.

Unlike conventional implants which require sufficient upper jawbone and often involve complex bone grafting or sinus lift procedures, zygomatic implants anchor directly into the strong and robust zygomatic bone, offering a less invasive option with a quicker recovery.

Because the procedure is minimally invasive, most patients experience a faster recovery, allowing them to return to normal activities sooner than with traditional implant methods.

The ZAGA technique uses advanced 3D CT imaging to map the unique facial anatomy, ensuring implants are positioned precisely to achieve optimal bone engagement. This patient-specific method bypasses areas of severe bone resorption and directs the implant into the robust zygomatic bone, increasing the chances of successful osseointegration and long-term stability.

Unlike traditional implants—which require several months of healing before final prosthetics can be placed—zygomatic implants are anchored in the dense zygomatic bone, enabling immediate loading. This means that patients can receive a provisional set of functional teeth right after the implant procedure.

Dental 3D Models are high-definition, printed replicas of a patient’s unique facial bone anatomy, created from advanced CBCT scan digital DICOM data. By converting the digital DICOM files into tangible 3D-printed models, the surgical team can precisely plan and rehearse implant procedures. This tailored approach helps identify potential challenges before surgery, enhancing both safety and accuracy during implant placement. Furthermore, these models serve as an excellent patient education tool, enabling the patients to visualise their treatment plan and better understand the procedure.

While many general dentists are highly skilled in routine conventional implant procedures, Dr Khouri brings a level of specialised expertise that sets him apart. As a Specialist Oral and Maxillofacial Surgeon with dual degrees in Medicine and Dentistry, and a specialist surgical fellowship, he has over 15 years of experience handling complex cases which go beyond conventional implants. Accredited in the innovative Zygoma Anatomy Guided Approach (ZAGA), Dr Khouri has undergone extensive training with international experts, enabling him to perform advanced implant procedures which often bypasses the need for invasive bone grafting or sinus lifts. This specialised approach ensures a customised treatment plan, delivering greater precision, safety, and long-term success for patients with challenging dental reconstruction needs.