3D Viewer

Surgical planning of soft-tissue tumours

Explore patient anatomy in 3D, from the browser

Nothing to install: slices, transparencies and the ability to show or hide each structure. Built for the surgical planning of soft-tissue tumours, with the precision the operating room demands.

Request a trial case Try the viewer now

Product developed by Kira Level in collaboration with Eureqa3D →

Support for visualisation and planning. Not a certified medical device and must not be used for diagnostic purposes.

How it works

From CT scan to viewer, in four steps

1
We upload the case

From the patient's CT or MRI we generate the 3D model, identifying the tumour and the surrounding soft tissue with AI-assisted segmentation.
2
We send a secure link

The specialist receives a private link, with nothing to install.
3
Explore on any device

Computer, tablet or phone: slices, transparencies and structures instantly.
4
Expires automatically

The link expires after 30 days to protect patient data (GDPR).

Features

6 systems that work together

Everything behind "upload the CT scan and explore it in the browser".

From CT to model, with AI assistance

Upload the CT scan (DICOM or already-generated meshes) and an AI model automatically identifies the tumour, the surrounding soft tissue and up to 104 anatomical structures in 1-2 minutes, ready for specialist review.

Automatic segmentation of up to 104 structures
Also accepts already-generated meshes (STL/OBJ/3MF)
Threshold-based bone extraction on bone CT scans

Human review always before clinical use

Rotate, cut and measure the way you picture it

Free 3D camera, no fixed axis. Cuts on the 3 planes synced with the model, and on/off layers with adjustable opacity per structure.

Axial/sagittal/coronal cuts synced with the 3D viewer
Transparency and visibility per structure
Measurements in mm, saved and shared by link

Cuts synced with the original CT scan

Travel inside the vessel, not just around it

Endoscopic navigation through the real interior of the vessel lumen, calculated by 3D skeletonisation (not an axis average), with speed control and pause.

Endoscopic camera with its own lighting
Colour-coded vessel calibre (green → red)
Automatic marking of the point of greatest stenosis

Finds the stenosis without searching by hand

Simulate before operating

Visual resection margins around the tumour, vascular clamping simulation with calculation of the ischaemic territory, and remaining soft-tissue volume after the simulated resection.

Configurable safety margins (e.g. 5/10 mm)
Clamping simulation and ischaemic territory
Tumour-structure contact analysis and remaining volume

Explore scenarios before the operating room

Share a case without exposing the patient

Each case is shared via a private link that expires after 30 days. The source CT scan is deleted after the model is generated; hosted in the EU.

The link expires automatically after 30 days
The source DICOM is not retained
Hosted in the European Union

GDPR compliance by design, not as a patch

Every profile sees what it needs

Admin, Manager, Radiologist, Surgeon and Guest (temporary access) roles. Case panel organised by hospital, specialty and pathology.

5 roles with different permissions
Guest access with expiry, for one-off external users
Compatible with mobile and tablet (iOS/Android)

Nothing to install on any device

How we work

This isn't just another cloud platform

Technology backed by a real team — ours.

Ongoing support

You talk to us, not a ticket. Resolved in hours.

Personalised attention

We know your hospital, your department and your cases. Answers built for you.

Consulting and training included

So your clinical team gets the most out of the viewer.

Custom cases

No generic dashboards. We adapt the viewer to how your surgical team actually works.

Want to see it with a real case?

We'll prepare a demo with a real case and send you the link so you can explore it yourself.