The Brainlab Robotic Suite supports accuracy in every step with high-definition robotic imaging, a standardized pressure-less surgical technique and a next-generation robotic arm.

Visit us at the Brainlab booth to experience the Robotic Suite and discover the powerful combination of Loop-X, Curve and Cirq.

Brainlab Cranial Navigation features craniotomy simulation for detailed approach planning.

Experience a new dimension with Brainlab Ultrasound Navigation and the automated rigid ultrasound-MRI image fusion. We deliver innovative, science-backed technology to help you achieve your goal of maximum safe tumor or lesion resection, even if brain shift or other navigational inaccuracies occur during surgery.

Integrated with a ZEISS KINEVO® 900, the Brainlab Microscope Navigation software provides unique augmented reality views, navigation-controlled robotics and picture-in-picture views.

Experience high- precision drilling and biopsy needle alignment with the new Brainlab VarioGuide® Alignment System. Achieve precision and improve patient comfort during navigated frameless biopsies with VarioGuide and the Disposable Pre-calibrated Biopsy Needle.

Meet with experts and experience the latest in advanced cranial planning.

Our new Fibertracking revolutionizes cranial planning with cutting-edge algorithms, offering more ways to see what matters.

Elements BOLD MRI Mapping¹ expands the utilization of diagnostic data with the entire Elements planning portfolio for patient assessment and image-guided surgery.

¹Not yet commercially available in several countries (CE mark available. FDA clearance available for task-based feature only). Please contact your sales representative.

Brainlab Elements Spine Planning – Plan screws with confidence and efficiency by leveraging navigation and robotics.

Experience our latest developments in Spine Planning and navigation live at our booth. Navigation and robotics have made it clear that screw planning is becoming a necessity and standard practice in spine surgery. With the new spine planning software, you can now benefit from level detection on 2D and 3D data, automatic screw planning throughout the complete spine (from sacrum to cervical) and programmed measurements. Automated functions deliver the results and information within seconds. This can save a lot of time in daily routines and increase efficiency of entire clinical workflows from planning to logistics to intraoperative data management.

Experience the latest development in functional robotics with the Brainlab Cirq robotic arm for SEEG. Stop by to learn how this automated robotic platform seamlessly integrates advanced Elements planning and visualization software into the surgical space. The design is compact and surgeon-controlled, offering an efficient solution that utilizes intelligent software features to provide the accuracy you expect for functional neurosurgery while potentially reducing the clinical setup time for your cases.

Learn how Brainlab Elements offers advanced planning to ensure accuracy and precision at every step of the DBS workflow, from industry-leading Image Fusion, voxel-by-voxel patient Basal Ganglia Segmentation and automated 3D Lead Localizationto ensure the highest level of precision in a situation where millimeters matter.

Our latest developments in functional planning include recent additions to Elements Trajectory Planning.

Explore unique Brainlab solutions to advance each individual step of your epilepsy surgery procedures from hypothesis planning to SEEG to surgical intervention. With options for advanced planning and visualization tools, such as Cranial Segmentation, Fibertracking and BOLD MRI Mapping, and robotic platforms for epilepsy surgery and imaging, Brainlab can fit into your workflow at any stage.

Experience the latest development in functional robotics with the Cirq robotic arm for SEEG. Stop by to learn how this automated robotic platform seamlessly integrates advanced Elements planning and visualization software into the surgical space with a compact, surgeon-controlled and efficient platform that utilizes intelligent software features to provide the accuracy you expect for functional neurosurgery while potentially reducing the clinical setup time for your cases.