Every step of our development is guided by real-world surgeon feedback, current clinical practice, and peer-reviewed scientific evidence.
OrthoPlanner™ improves surgical outcomes through precise 3D preoperative planning, reducing intraoperative ambiguity and improving fixation accuracy. The following resources summarize our clinical publications, case studies, and outcome data.
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reduction in OR time
fixation accuracy
surgeons more confident
See related: Procedures · OrthoPlanner™
surgeons more confident
Downloadable case study PDFs.
Dr. Arvind von Keudell · Harvard Medical School & University of Copenhagen
A rare flexion–varus–internal-rotation tibial plateau injury in a 68-year-old that first presented as a classic Schatzker IV. 3D planning exposed the rotational component invisible on X-ray and CT, clarifying the reduction vectors and confirming a directly medial buttress-plate position among several candidates. Anatomic reduction was achieved only once the rotational correction was applied — restoring coronal alignment and a congruent joint line.
Prof. Benedikt Braun · BG Klinik Tübingen
A comminuted supracondylar fracture (Lewis–Rorabeck II) above a well-fixed knee replacement in a 75-year-old. Preoperative segmentation and virtual reduction established a dual medial-and-lateral plating strategy, with screw lengths and periprosthetic trajectories defined before incision. The construct matched the plan intraoperatively and was stable enough to permit immediate, unrestricted weight-bearing.
Prof. H. Claude Sagi · University of Cincinnati Medical Center
A transtectal transverse-plus-posterior-wall acetabular fracture (Letournel) in a 46-year-old following a high-energy motor vehicle crash. Virtual reduction defined the anterior-column lag-screw corridor and the ITS buttress-plate placement ahead of a Kocher–Langenbeck approach. The final construct agreed with the preoperative plan, and the fracture healed without loss of reduction or avascular necrosis at three months.
Prof. H. Claude Sagi · University of Cincinnati Medical Center
A U-type sacral fragility fracture in a 71-year-old with a sacralized L5 and dysmorphic first sacral segment — anatomy that would not accept a straight implant. Planning mapped the curved osseous corridor for a flexible trans-sacral–trans-iliac implant, enabling a fully percutaneous fixation. Follow-up radiographs confirmed maintained alignment with no implant failure.
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The science behind OrthoPlanner™, published in leading journals.
