Related Experiment Video
Updated: Jun 7, 2025
Three-Dimensional Reconstruction of Orbital Fractures
Published on: May 16, 2025
Orbital Floor Fractures: Treatment and Diagnostics - A Survey Among Swiss, German and Austrian Maxillofacial Units
Thomas Burger1,2, Kathleen Fan3, Johannes Brokmeier4
1Department of Oral and Cranio-Maxillofacial Surgery, University Hospital Basel, Basel, Switzerland.
Study Design:
N/A.
Objective:
This study investigated the different ways of orbital floor reconstruction with special focus on reconstruction materials, imaging modalities (intra-/ post-operative), 3D printing and navigation.
Methods:
The heads of all governmental-run or associated cranio-maxillofacial surgery units in Switzerland, Austria and Germany were asked in person or received an email link for an online survey with 12 questions.
Results:
The return rate was 57%. The most often selected number of reconstructions was between 10 and 50 per year. Resorbable polydioxanone (PDS) foils (41%) and titanium mesh (18 %) were most often used to reconstruct the orbital floor. 31% use 3D Navigation intraoperative. Post-operative imaging was most often performed with CBCT (34.5%) in patients without complications, whereas CT scans were most often performed (63.3%) in patients with persisting complications. In total, 27% stated that they never use preformed orbital plates, and the remaining units use them more or less regularly. 48% have access to a 3D printer and 75% of the respondents use patient specific implants.
Conclusions:
The majority of the participating units prefer to use resorbable material for the reconstruction of the orbital floor defects. 3D printing facilities are not available in the majority of units, but it can be expected that the number of units with 3D printing facilities will rise in the near future.
