Thanks to advanced digital planning and the support of artificial intelligence, orthognathic surgery has evolved significantly in recent years. Today, technology allows for more precise analysis of facial anatomy and simulation of results before the intervention. This improves safety and predictability. Despite this great support, the decisive factor for the success of any intervention remains human: the surgeon’s experience and clinical judgment.
Much More Than Aesthetics: Breathing and Quality of Life
Orthognathic surgery is the indicated procedure to correct alterations in the position of the upper jaw (maxilla) and lower jaw (mandible) that cause facial imbalances and functional problems. These alterations can manifest as asymmetries, difficulties chewing, speech disorders, or respiratory problems, including obstructive sleep apnea. It also corrects complex malocclusions such as open bite, mandibular prognathism (when the jaw is excessively projected), or mandibular retrognathia, characterized by a recessed jaw. Likewise, techniques such as Surgically Assisted Rapid Palatal Expansion (SARPE) allow for the treatment of narrow palates that affect both occlusion and breathing. In certain cases, this surgery also helps improve a gummy smile.
Digital Planning and AI: More Precision, More Information
How AI helps us plan your surgery
The incorporation of high-resolution 3D scanners and virtual surgical planning systems has transformed the way these treatments are approached. From detailed imaging tests, it is possible to construct an exact three-dimensional model of each patient’s facial bone structure. On this personalized model, the surgical team can plan the millimeter-level movements of the jaws and anticipate their impact on occlusion and facial harmony.
Automating complex tasks to gain clinical time
In addition to aiding in analysis, artificial intelligence allows for automating part of the more technical work of planning. Today, certain software programs are capable of automatically “recognizing” bones and teeth in 3D imaging tests and constructing the patient’s virtual model with less manual intervention from the specialist. This reduces time spent on repetitive tasks in front of the computer and makes the process more agile and consistent. The important thing is that by freeing up time, the team can focus on what truly makes a difference: calmly considering the surgical strategy and evaluating all the options with you.
More realistic simulations of your future face
Another area where AI is adding value is in predicting changes in soft tissues, that is, how the skin, lips, and facial contour will be modified after moving the bones. Based on large databases of treated cases, these systems can offer simulations that are increasingly close to reality, especially in certain areas of the face. Even so, simulations remain a guide, not an “exact photograph” of the future. Therefore, at Clínica Birbe, we combine these tools with the surgeon’s experience and an honest explanation of what can be achieved, so that you have realistic expectations and feel confident with the treatment plan.
In this context, AI acts as a support tool for analysis. Systems based on advanced algorithms can help study symmetries, proportions, and complex anatomical relationships, facilitating the visualization of different surgical scenarios. They also allow for comparing data with broad anatomical patterns and detecting variables that might go unnoticed in an exclusively manual analysis.
It is important to emphasize that these technologies do not replace medical decision-making. Artificial intelligence does not perform surgery or decide the treatment; it only provides additional information that the surgeon interprets based on their experience. Although digital simulation offers an approximation of the foreseeable result, it always does so within a realistic and prudent framework, as each organism responds individually to the surgical process and healing.
Safety, Personalization, and Teamwork at Clínica Birbe
At Clínica Birbe, digital planning is part of a comprehensive protocol that combines technology, experience, and teamwork. Dr. Birbe, a maxillofacial surgeon with extensive experience and a pioneer in orthognathic surgery in Spain, leads a highly qualified multidisciplinary team. All the specialists at Clínica Birbe in Barcelona collaborate to design individualized and effective treatments.
Advanced technology allows for reducing margins of error, optimizing surgical times, and improving the adaptation of the treatment to each case. All of this contributes to greater operative precision and a more controlled and satisfactory recovery. In cases of sleep apnea of anatomical origin, for example, digitally planned maxillomandibular repositioning can enlarge the airway and improve nocturnal oxygenation. In situations of facial asymmetry, three-dimensional analysis facilitates balancing proportions with a structural, not merely aesthetic, approach.
Nevertheless, it must be clarified that no software replaces the clinical judgment or aesthetic sensibility of the surgeon. Orthognathic surgery is not just about moving bones; it involves understanding facial dynamics, masticatory function, long-term stability, and, not least, the naturalness of the result. The surgeon’s experience allows them to anticipate how the soft tissues will evolve, how the change will integrate into the overall face, and how to ensure the correction remains stable over the years.
Technological Innovation with Human Judgment
The true transformation lies not only in AI, but in how we responsibly integrate it into clinical practice. Technology provides data, precision, and simulation capability. The surgeon provides experience, judgment, ethics, aesthetic vision, and responsibility towards the patient. When both elements are combined under a rigorous and personalized approach, the result is more predictable, accurate, safe, and long-lasting treatments.
