BONELOGIC CMF ORBITA:
AUTOMATIC ANALYSIS FOR ORBITAL FRACTURES

CHARACTERIZE AND VISUALIZE
​ORBITAL BLOWOUT FRACTURES

• One click per orbit
• Compare the size and shape of the healthy and broken orbits
• Shape intersection visualization for fracture area, volume and collapse comparisons
• Consistent, automated tracking of the orbital cavity with the original DICOM data
• Pre-defined parameters for fully reproducible computations.

We work with university hospitals and clinics on medical research projects. Contact us for a free trial and a quote.

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Quick Guide

Brochure

DISIOR BONELOGIC CMF IN RESEARCH

Disior one-click method to model and analyse oribita volume and shape is powerful tool in research.    Disior technology works also cases previously difficult or impossible to analyse. Disior Bonelogic CMF opens new possibilities for Scientific research.

Kärkkäinen M, et al.: University of Helsinki and  Helsinki University Hospital
Primary reconstruction of orbital fractures using patient-specific titanium milled implants: the Helsinki protocol.
British Journal of Oral and Maxillofacial Surgery (2018)

Snäll J. et al.:
Does postoperative orbital volume predict postoperative globe malposition after blow-out fracture reconstruction? A 6-month clinical follow-up study
Oral and Maxillofacial Surgery (2019)
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MAXILLOFACIAL FRACTURE TREATMENT PLANNING WITH DISIOR

Key features:

• Implant stress and lifecycle estimate
• Screw-bone interface loading
• ​Fracture relative movement

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FAST: Automatic analysis with a few clicks

​ACCURATE: Data always from correct and consistent locations
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​REPEATABLE: Objective measurement method
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Read more on how we do this

Our software solutions are:
​Simple and fast to use
Suited for clinical work
​Operated by doctor

Requirements: 
​Works in desktops and laptops with Windows OS
​Compatible with both CT- and MRI-images
Standard DICOM-format medical images as input