The program will focus on hot topics within surgical orthodontics and orthognathic surgery.
We care for more than 200 thousand exhibits spanning billions of years and welcome more than five million way
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We care for more than 200 thousand exhibits spanning billions of years and welcome more than five million way
visitors annually.
This conference explores the limits of compensatory and surgical treatments in clinical practice. It examines the key factors influencing the choice between conservative management and surgical intervention. The session highlights when compensatory approaches are no longer sufficient and surgery should be considered.
A practical decision-making framework will support individualized, evidence-based treatment planning.
We care for more than 200 thousand exhibits spanning billions of years and welcome more than five million way
visitors annually.
Planning the correction of a narrow maxilla with multisegment Le Fort I: What does really happen at dental and bone level?
Looking back at 12 years of 3D metal printed appliances
Why tooth movement acceleration fails: Cortical boundaries and tissue constraints
We care for more than 200 thousand exhibits spanning billions of years and welcome more than five million way
visitors annually.
Dentoalveolar compensations in the vertical and transverse dimension
We care for more than 200 thousand exhibits spanning billions of years and welcome more than five million way
visitors annually.
Orthognathic surgical virtual planning in patients with condylar pathologies
The expansion crossroads: Segmental LFI, SARPE or dental expansion?
We bring the Roadmap
We care for more than 200 thousand exhibits spanning billions of years and welcome more than five million way
visitors annually.
Delusional perceptions in orthognathic care: From BDD to delusional infestation
Non-surgical approach for Class II treatment with the Herbst-appliance
Facial asymmetry is a three-dimensional challenge that extends well beyond correction of the dental and skeletal midlines. Its consequences include occlusal canting, uneven facial contours, malocclusion, impaired mastication, temporomandibular joint dysfunction, airway compromise, and psychosocial burden. Comprehensive assessment therefore requires simultaneous evaluation of the skeletal framework, soft tissues, muscles, condyles, and airway. Three-dimensional CBCT, intraoral scanning, and stereophotogrammetry enhance diagnostic accuracy, while virtual surgical planning, surgical guides, and patient-specific implants facilitate precise simulation and transfer of planned skeletal movements. However, accurate skeletal repositioning does not necessarily ensure soft-tissue harmony, and surgery may also affect adjacent anatomical and functional structures. Treatment should therefore combine precise skeletal repositioning with soft-tissue-oriented planning, careful TMJ and airway evaluation, and, when required, staged or adjunctive procedures to achieve stable, functional, patient-centred outcomes.
- AI for clinicians: what’s behind the black box?
- Can we trust systems we do not fully understand?
- Promising developments in AI-driven orthognathic planning.
- How to stay in control in an increasingly automated workflow?
Successful orthognathic correction of dentofacial asymmetries requires accurate diagnosis and effective presurgical orthodontic decompensation. Particular attention will be given to transverse discrepancies, dental midlines, occlusal cant, arch coordination, and asymmetric tooth positioning. Clinical strategies will be presented to optimize orthodontic preparation while avoiding movements that could compromise surgical planning or postoperative stability.
A coordinated orthodontic-surgical approach will enable more predictable functional, occlusal, and aesthetic outcomes.
Impact of bimaxillary orthognathic surgery on sleep quality: A prospective macro-micro structural radiographic and polysomnographic study
- The orthognathic surgery patient prototype has evolved substantially: While correcting a dysfunctional occlusion used to be the key concern, the wish to optimize facial esthetics—in the context of a dysfunctional occlusion or not—has currently become the main motivation for treatment in many cases.
- The number of adult patients who wish to undergo orthognathic surgery is increasing steadily. The coexistence of natural cervicofacial aging changes in these patients is very common. These changes are not always managed effectively with skeletal repositioning alone.
- Many cervicofacial soft tissue aging changes can be treated concomitantly at the time of orthognathic surgery.
- As in facial plastic surgery, a well-defined, sculpted jawline is a key goal in orthognathic surgery.
- This lecture offers the speaker’s approach for combined skeletal repositioning and jawline rejuvenation. Clear guidelines for patient selection and technical pearls for enhanced facial results will be given.
- A holistic approach to orthognathic surgery involves a paradigm shift where the focus moves from “just” a functional occlusion to the comprehensive restoration of facial esthetics, occlusal health, airway function, and full dental rehabilitation. This treatment concept entails the incorporation of more disciplines into the conventional Orthodontics-Surgery dyad.
- Many orthognathic surgery patients have a worn dentition, missing teeth and/or altered vertical dimensions that cannot be resolved by bone movement alone.
- On the other hand, conventional full pre-surgical orthodontic decompensation is not always necessary to plan the skeletal movements. However, an unstable occlusion may hinder postoperative bone healing. In these cases, targeted dental restoration may bridge the transition phase and allow for a surgery-early approach.
- This presentation will share practical workflows for everyday scenarios where Restorative Dentistry can close the gap between skeletal correction and comprehensive full-face rehabilitation. These integrated protocols aim to optimize results while significantly reducing overall treatment times.
Enhanced Recovery After Surgery (ERAS) pathways are multimodal, evidence-based strategies designed to optimise perioperative care by minimising surgical stress, standardising clinical practice, and promoting a faster and safer recovery. Although these protocols have been successfully integrated into many surgical specialties, evidence supporting their application in orthognathic surgery remains relatively limited. This presentation will explore the association between the implementation of a structured ERAS protocol and key perioperative outcomes in patients undergoing orthognathic procedures, with particular emphasis on postoperative recovery, complications, length of hospital stay, and overall patient experience.
Innovations in virtual planning: First experiences with autonomised planning / 4D analysis and simulation