3D planning of neurosurgical interventions

Support for difficult decisions

3D planning of neurosurgical interventions

Safe access routes to brain tumors

Operations on the brain are among the most complex surgical procedures of all. The key is to remove tumors or aneurysms as completely as possible without damaging important structures. With our 3D planning of neurosurgical procedures, we help surgeons to better face the increasingly complex challenges in healthcare. The use of our solutions simplifies and shortens the often lengthy and cost-intensive planning of the intervention.

3D planning of neurosurgical interventions
Intuitive 3D visualization at the touch of a button

Intuitive 3D visualization at the touch of a button

A large amount of medical image data must be analyzed and evaluated for planning neurosurgical interventions. Eliminate the complexity in image data processing with our solution for 3D planning of neurosurgical interventions. The illustrative 3D visualization allows you to quickly gain an overview and make more confident decisions. Key aspects of brain surgery such as tumor location and size, risk structures, resection volume, access route, craniotomy, and patient positioning are clearly displayed at the touch of a button.

Simply plan in the web browser

With our solution for 3D planning of neurosurgical procedures, no extensive training is required. We prepare your image data so effectively that you can concentrate fully on clinical decisions. You only upload your medical image data in DICOM format. Plan an optimal access path quickly and intuitively directly in your browser. Save your planning in vendor-independent formats for tumor board discussion or navigation during surgery.

Simply plan in the web browser
Communicate your plans clearly in 3D

Communicate your plannings clearly in 3D for your application field

Access all your plans at any time. Use our 3D models and 3D visualization for patient information, neurosurgical education, documentation purposes, interchange with peers, and scientific publications.

Try it out right here: 3D planning of neurosurgical interventions