Making Medical 
Imaging Intelligent 

3D analytics software for medical doctors that provides objective data for diagnosis, treatment planning and outcome assessment.

Try DISIOR

We bring the full vision for medical doctors

Disior replaces blurry 2D images with intelligent 3D analytics software that turns medical images into numerical data. Images can be falsely interpreted,
but numerical data is 100% unambiguous.

It enables doctors to make better diagnoses and treatment decisions based on accurate, consistent
and comparable data – something that traditional
and soon-to-be outdated methods can never match.

Foot and ankle analysis -
Bonelogic Ortho Foot and Ankle

Automatic analysis of foot and ankle anatomy as well as radiographic parameters.

Orbital fracture analysis -
Bonelogic CMF Orbital

Automatically analyzed shape and size of fracture with virtual reconstruction of orbit.

To be
​Announced

Our newest product will be
announced in 2020.

“Until today, 3D medical images have been analyzed using 2D slices, as if you were looking at the image with one eye only. The Disior method analyzes the original 3D data in a way that compares to having a full vision.” 

– Professor Jari Salo, MD & Specialist in Orthopedics and Trauma

Key benefits

Objective & Fact-based treatment

By medical images transformed into mathematical models.​

Efficiency and cost
savings

Through 90%  reduced time for image analysis, ​correct diagnostics and shorter care process. 

Elimination of
​human errors

With automated and quantitative
3D analysis. 

Better treatment
​outcome

With objective and intelligent analysis as well as treatment criteria from large masses of patient care. 

Bonelogic Ortho Foot and Ankle

Full automatic analysis of radiographic angles, measurements
and reference points. Bonelogic Ortho Foot and Ankle Software
is currently available as a research version with CE certificate pending.

TRY NOW

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In addition to stand-alone software, Bonelogic Ortho Foot and Ankle software is integrated to Planmed Verity® CBCT Scanner.

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British Journal of Oral and Maxillofacial Surgery.

Kärkkäinen et al.
​Primary reconstruction of orbital fractures using patient-specific titanium milled implants: the Helsinki protocol. ​

read more

Oral and Maxillofacial Surgery.

Snäll et al.
Does postoperative orbital volume predict postoperative globe malposition after blow-out fracture reconstruction?
A 6-month clinical follow-up study. ​

read more

To be announced 

We currently have several
on-going ​research projects. Follow us and see what is coming up in 2020. ​
​​

In collaboration with