3D Surgery Platform

The Navigation System for medical specialists

Lung surgeries

One dedicated software suite...

…enabling: pre-operative planning, simulation and intra-operative navigation.

A surgical planning platform

Enhance understanding of the patient’s 3D anatomy. Providing pre- and intra-operative insights and anatomic insights.

CT to 3D technology: Instantly transform a patient’s CT scan into a personalized colored 3D model. Visualize how lung lobes, arteries, veins and airways relate to a tumor.

Surgical planning: Facilitate surgical planning by preparing and practicing surgeries in 3D, or simulate surgical steps intra-operatively. Offering valuable insights to enhance patient care.

Advanced imaging technology

The software suite contains next-generation algorithms that facilitate tools providing optimal insights.

Automatic segmentation: Load a CT scan and review the automatically segmented lung lobes, arteries, veins and airways. Select a tumor and prepare for surgery.

Deform the anatomy: MedicalVR’s next-generation algorithms allow deformation of anatomic structures to simulate how lungs deform during surgical steps.

Understand anatomy in 3D

Visualizing a 3D model on a conventional 2D screen can limit your perception to a ‘flat’ image. True 3D screens, whether integrated into Virtual, Augmented Reality or spatial computing headsets, offer exceptional tools for exploring the digital twin of a patient.

Depth perception: 3D imaging provides a true stereoscopic view allowing the user to understand how anatomic structures correlate in lifelike 3D.

Simulation and training: Immersing in a 3D environment allows the user to test the steps and enhance understanding of the procedure at hand.

Our partners


Essential Surgical Plan Modifications After Virtual Reality Planning in 50 Consecutive Segmentectomies

Lately, increased interest in pulmonary segmentectomy has been observed. Segmental border identification is extremely difficult on 2-dimensional…

Virtual Reality in the Preoperative planning of adult aortic surgery: A feasibility study

Complex aortic anatomy needs careful preoperative planning in which a patient-tailored approach with novel immersive techniques could serve as a…

Planning surgeries of newborns with congenital heart diseases (MAPCA’s)

In this retrospective study medicalVR software was used for visualizing collateral branches, or MAPCA’s in newborns with a congenital heart surgery…

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