Loop-X Mobile Imaging Robot offers optimal 2D and 3D intraoperative image quality across various clinical disciplines. Found in all corners of the globe, Loop-X is advancing mobile imaging and robotics, with functionality that sets it apart from conventional devices, e.g., extra-large field of view, non-isocentric imaging capabilities, generous gantry opening, continuous adaptive collimation and autonomous movements. 

Increase resection rates: Preoperative nTMS analysis, combined with nTMS-based fiber tracking, improves the delineation of safe resection limits, leading to increased gross total rection rates and the potential for extended progression-free survival.^1,2 

Improve clinical outcomes: Using nTMS mapping results as a region of interest facilitates function-based fiber tracking and may improve motor outcomes in tumor resections.^1,2 

Discover the power of Nexstim nTMS combined with Brainlab Elements for Cranial Planning! Check out our hands-on demo to see how they work together to improve outcomes and find out why nTMS is an essential technique in neurosurgery. 

1. Vucic S. et al., Clinical diagnostic utility of transcranial magnetic stimulation in neurological disorders. Updated report of an IFCN committee. Clin Neurophysiol. 2023 Jun:150:131-175 

2. Krieg S. et al., Preoperative motor mapping by navigated transcranial magnetic brain stimulation improves outcome for motor eloquent lesions. Neuro Oncol. first published online February 9, 2014 

Mint Medical specializes in standardized computer-assisted evaluation and analysis of imaging and clinical data and provides the prerequisite for data interoperability. Its software platform, mint Lesion™ supports structured radiological assessment according to defined criteria and workflows in clinical trials, clinical routine and research. The software enables the consistent collection, visualization and analysis of longitudinally connected, structured, AI-ready data. 

SnkeXR is a neutral, open-platform augmented reality glasses, purpose-built for the medical industry.  

SnkeXR designed to facilitate and accelerate the adoption and integration of AR technologies into medical devices and workflows. 

With SnkeXR, medical device companies can develop and deploy customized applications directly on the glasses, or seamlessly connect their devices to enhance performance, functionality, and user experience. 

The SnkeXR glasses are a medical-grade component, engineered and manufactured in full compliance with stringent regulatory and quality standards. 

For over 20 years, TraumaCad has supported precise orthopedic planning workflows. With an extensive template library and accurate calibration methods, it enables surgical teams to streamline planning from start to finish. Integrated seamlessly into any infrastructure, whether on-premise or in the cloud- TraumaCad brings orthopedic planning excellence to every case.

Brainlab Elements offer interactive and semi-automated planning modules designed for and tailored to your patient’s needs, ensuring state-of-the-art planning for viewing, segmentation and analysis. 

Future-proof technology for personalized therapy – As a pioneer in the field of precision radiotherapy and stereotactic radiosurgery (SRS), we support doctors by developing innovative technology that enables the best possible treatment options for patients. 

With an increase of unstructured data from video sources, intraoperative imaging and surgical documentation, managing and targeting the right data in the operating room has become more important than ever. The O.R. of the future is as much about data augmentation and information integration as it is about high-tech medical devices. At Brainlab, our mission is to streamline device and information usage and enrich clinical data before, during and after surgery.