We’re reimagining the standard of care in neurosurgery, particularly in critical brain tumor cases where preserving vital functions like movement and speech demands unparalleled precision. Our globally adopted and comprehensive workflow seamlessly integrates at any point in the patient journey, providing a cohesive experience that ensures superior outcomes and exceptional customer retention within our dataverse.
A fundamental shift in seamless integration
The surgical journey begins with the creation of a digital twin of the patient. By aggregating all diagnostic imaging into a single, intelligent 3D model, we transform raw data into a computer-readable map of the patient’s anatomy. We’re enhancing every step in the workflow with data, insights and technology to improve outcomes and drive neurosurgery progress.
Step 1Surgical planning
Step 2Surgical simulation
Rehearsing in the O.R.
In the O.R., the surgical team reviews and updates the plan layer by layer using the interactive model to simulate the craniotomy in advance. It’s a meticulous rehearsal before the first incision is made.
Perfecting the approach
Automatic segmentation of key anatomical structures, 3D previews of lesions and critical areas and a virtual scalpel combined with detailed navigation views and advanced vessel visualization together support precise and informed surgical approaches.
Step 3Surgical navigation
Step 4Surgical augmentation
Enhancing and updating in real time
The microscope, a core tool in neurosurgery, is seamlessly calibrated with the navigation system, overlaying the digital map directly into the surgeon’s field of view.
Step 5Radiosurgery planning
Targeting remaining tumor
If the patient’s tumor cannot be fully surgically resected due to increased risk, Brainlab offers a hybrid treatment option including radiosurgery planning to target remaining tumor.
