Orthognathic 3D surgical planning in Paris: technology in the service of excellence

The new position of the jaws can be anticipated and modeled after 3D imaging performed at the Orthognathic Paris center. From the large-field cone beam CT, the images are imported into software that precisely simulates the bone movements that will be performed. This makes it possible to plan the result with the patient and adapt to their initial request.

Innovation and access to 3D surgical planning are key elements in improving the precision of results, safety and the predictability of procedures. Our expertise in technology applied to orthognathic surgery allows us to integrate planning into a smooth, simplified patient journey (fewer appointments, no outsourced appointments for additional examinations).

Our platform is designed to optimize every step of your treatment, from planning to simulation:

  • Latest-generation cone beam CT (CBCT) imaging: this equipment provides high-definition 3D images of the facial skeleton, enabling surgical simulations and the planning of procedures with custom-made surgical guides.
  • 3D photogrammetry: for a detailed analysis of facial volumes and contours, we use 3D photogrammetry. This technique captures precise images before and after surgery and makes it possible to assess the aesthetic impact and the expected results.
  • Intraoral scanner: it replaces traditional impressions, which are uncomfortable for patients. The intraoral scanner digitizes the dental arches to obtain a perfectly accurate impression, an essential element for planning.
  • Photo studio: for photographic documentation of the highest quality

From design to guided surgery: digital planning becomes surgical reality.

  • Virtual 3D planning software
  • Millimeter-accurate 3D printing of impressions and surgical guides used during osteotomies.

Also discover our other procedures in orthognathic surgery in Paris, including mandibular osteotomy in Paris as well as maxillofacial surgery in Paris, to learn more about all of our techniques and indications.

Consultations in a unique setting in Paris

Every detail of our practice has been designed for your comfort. Just steps from Place de l’Étoile, our space offers an intimate, welcoming environment.

Interior architects J’aime Studio designed ergonomic, pleasant premises in close collaboration with the medical team.

Radiology and imaging suite for surgical planning:

    • Dental panoramic
    • Cephalometric X-ray
    • Dental cone beam (CBCT)
    • Large-field cone beam
    • Optical impression
    • 3D photography
    • 3D printing

3D surgical planning: transforming mandibular orthognathic surgery in Paris

3D surgical planning is revolutionizing the approach to mandibular orthognathic surgery in Paris. At Orthognathic Paris, we use advanced digital tools to anticipate every surgical step and enhance safety throughout your care pathway. Our approach is based on a precise analysis of your anatomical needs in order to deliver personalized, lasting results after surgery.

What are the principles of 3D surgical planning in mandibular osteotomy?

Advances in medical technology have profoundly transformed the preparation of maxillofacial surgery procedures. In mandibular osteotomy, managing bone volumes and movements requires a detailed three-dimensional view. 3D surgical planning meets this need by making it possible to model your face and jaw with precision.

The process begins with 3D cone beam CT imaging, which provides highly detailed images of the facial skeleton. Using this data, we create an accurate virtual bone model, essential for analyzing the initial position of the mandible and simulating the necessary corrections before any procedure.

How does digital simulation improve surgical precision?

Anticipating aesthetic and functional results

Surgical simulation makes it possible to visualize the precise impact of a mandibular movement before the operation. The team accurately measures the axes of rotation as well as the bone advancement or setback. This anticipation allows the patient to be informed of the expected benefits, both for the harmony of the profile and for improved chewing.

Each scenario can be tested virtually. We compare several surgical options in order to select the one that best matches your anatomy and expectations. This step reassures the patient and limits unforeseen events during the procedure.

Use of patient-specific surgical guides

The creation of custom-made surgical guides stems directly from 3D surgical planning. These devices serve as precise landmarks during the procedure, facilitate the surgical steps and can help reduce the time spent under general anesthesia. They increase the predictability of the final result, as they faithfully translate the strategy defined beforehand.

The use of these guides optimizes symmetry, preserves sensitive anatomical structures and secures the repositioning of the bone segments. This complementary tool helps reconcile safety, aesthetics and function.

What are the key steps in the 3D surgical planning pathway?

  • High-resolution 3D cone beam CT imaging for complete visualization of the facial structures.
  • Morphological and diagnostic analysis carried out by a multidisciplinary team.
  • Computer simulation of the different mandibular osteotomy scenarios.
  • Shared validation of the treatment choices with the patient.
  • Design and 3D printing of surgical guides tailored to each clinical case.

At every step, communication between the surgeon, the orthodontist and the anesthesiologist is essential. This dialogue ensures a comprehensive understanding of the functional and aesthetic challenges, guaranteeing personalized support.

By integrating 3D surgical planning from the very start of treatment, mandibular osteotomy now benefits from unprecedented precision. This method allows for a more rigorous procedure and contributes lastingly to postoperative satisfaction and to the success of oral and dental rehabilitation in Paris.