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Functional Neurosurgery
Portfolio

Our functional neurosurgery product portfolio is made up of state-of-the-art visual imaging software and easy-to-integrate hardware that paves the path for enhanced guidance and control during functional neurosurgical procedures.

More information about Brainlab
functional neurosurgery solutions

Key Visual for Functional Neurosurgery: Blue and Lilac Waves

Deep Brain Stimulation Solutions

Our deep brain stimulation software solutions are designed to help clinical teams throughout the entire patient treatment process by providing advanced 3D visualization of patient anatomy.
Image featuring multiple blue and pink waves and tubes, illustrating Brainlab's Functional Neurosurgery Solutions

Drug-Resistant Epilepsy Solutions

Our epilepsy solutions bridge the gaps between hypothesis formulation, advanced SEEG planning, electrophysiology information and the navigation of surgical platforms for the streamlined treatment execution and communication between clinical teams.

Planning Solutions

Our functional neurosurgery planning solutions are comprised of advanced, research-grade software applications and networked hardware solutions that offer the precision and control needed for accurate and convenient trajectory planning.
Header hero visual for Cirq for Functional Neurosurgery

Robotic Surgical System

Cirq, our lightweight, versatile and modular robotic surgical system, is designed to assist surgeons precisely when and where support is needed. Cirq can be used for safe and effective sEEG electrode placement.
Mobile imaging robot, Loop-X® with functional neurosurgery head frame

Mobile Imaging Robot

Our mobile imaging robot, Loop-X®, is designed for intraoperative 2D and 3D imaging. Loop-X can provide stereotactic frame localization, intraoperative scans for lead placement verification, 2D shots for lead depth verification and Automatic Image Registration (AIR) scans for navigation.
Brainlab's Mixed Reality Viewer in use at a hospital, with two individuals viewing a cranial image

Mixed Reality

Our Mixed Reality Viewer provides an interactive 3D visualization of functional clinical plans that include patient-specific anatomical objects, 3D electrode geometry models and white matter tractography.