A medical system that uses the mixed reality technology to visualize CT/MRI 3D data of damaged bones, organs and tissues of patients.
Traumatology
Oncology
Neurosurgery
Cardiology
Dentistry
Pulmonology
Hepatology
Gynecology
Angiology
Nephrology
Gastroenterology
Urology
Ophthalmology
Traumatology
Oncology
Neurosurgery
Cardiology
Dentistry
Pulmonology
Hepatology
Gynecology
Angiology
Nephrology
Gastroenterology
Urology
Ophthalmology
PhD in Medicine, trauma surgeon of the highest category
“When I see a CT picture on my desktop – this is one operation plan, when I see additionally this holographic image in HoloLens, I rotate it… While working with half of the patients, I changed my planned approach and did it in a little bit different way after analyzing the fracture morphology with the VOKA solution.”
Planning and conducting operations
Surgery training and practice
Telemedicine and teleportation
Reducing the traumatic nature of operations by improving the accuracy of marking surgical approaches, thereby avoiding large incisions.
Faster patient post-surgery recovery due to minimal damage to the tissues surrounding the injured part.
A decrease in the number of x-rays required to determine an injury's size; plate positions are determined more accurately (a surgery may require up to 300 x-rays).
Reduction in surgical risks due to vessels and nerves visualization.
The functionality allows doctors to consult with one another and treat patients remotely and viewing the same 3D content.
Tissues and organs, based on DICOM data from CT/MRI
Managing 3D content and data within the platform
Using Microsoft HoloLens application to position holograms on a patient's body to plan and conduct surgeries
With the vision of the injury and its hologram “through the eyes” of the operating surgeon
We are ready to turn your ideas into cutting-edge healthcare software based on our own MR solution.
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