Making Medical 
Imaging Intelligent 

“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

Disior develops 3D analytics software for medical doctors that analyses, quantifies and parameterizes medical images. As a result, the software turns medical images into automated numerical data and highly accurate patient-specific 3D models - providing objective data for diagnosis, treatment planning and outcome assessment.  

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"Disior's innovation leverages the full amount of 3D imagery directly to the doctor. This enables accurate and rapid diagnosis and, in the long run also increases the systematic nature of treatment."

- Professor Risto Kontio, Chief Physician of Oral and Maxillofacial Surgery at Helsinki University Hospital.

New Product Launch
Bonelogic® Ortho Hand and Wrist

Become a leader in Hand and Wrist  treatment with Disior.

Fully automatic analysis of radiographic angles, measurements and
reference points. Excellent applicability for various malformation
diagnoses as well as Radius fracture parameters.
High quality models for 3D printing.

WATCH TUTORIAL

TRY NOW

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We bring the full vision for medical doctors

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Our mission is to provide the most advanced tools for medical doctors to treat their patients. Disior software enables doctors to make better diagnoses and treat-ment decisions based on accurate, consistent and comparable data – something that traditional and soon -to-be outdated methods can never match.

Our Story

We believe that doctors should have the best possible tools to help them treat people. That's why we bring advanced software to doctors' day-to-day work. As engineers use mathematic modelling in the industry to help with mechanics, motion and strength calculations - so can the physicians in clinical work.

The story of Disior started back in 2016 when we decided to re-purpose a software used in mobile phone development after seeing it's potential benefits in the medical field. As a result of years worth of working together with medical doctors, researchers and professors, Disior has developed tools which maximize the benefit of today's medical images for better diagnostics and treatment planning. Doctors get all the data they need from medical images - only faster, easier and more accurately.

Today, our software is being used in Maxillofacial and Orthopedic surgery all over the world.

MEET THE TEAM

Foot and ankle analysis -
Bonelogic® Ortho Foot and Ankle

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

WATCH TUTORIAL

Orbital fracture analysis -
Bonelogic® CMF Orbital

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

WATCH TUTORIAL

Hand and Wrist analysis -
Bonelogic® Ortho Hand and Wrist

Automatic analysis of  hand and wrist anatomy as well as radiographic parameters.

WATCH TUTORIAL

Key benefits

Objective & Fact-based treatment

Full knowledge from optimized 2D projections to real 3D angles and dynamics.

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. 

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

Follow us in 2020

Currently we have several
on-going ​research projects. Follow us and see what is coming up in 2020 or suggest a project of your own. ​

CONTACT

In collaboration with