Brainlab

Robeaute is a research and development agency that develops neurosurgical microrobots that can adapt to different types of medical evidence.

medPhoton develops and manufactures medical devices for image-guided procedures in surgery and radiation therapy, with a particular emphasis on particle therapy. The company's innovative product development focuses on creating universal solutions for robotic and navigated applications in areas such as interventional radiology, brachytherapy, and intraoperative radiation therapy (IORT). medPhoton specializes in customized X-ray-based imaging chains and algorithms, enhancing adaptive radiotherapy through online and offline corrections. By leveraging its core competencies and patented technologies, the company collaborates with system integrators worldwide to improve patient treatment outcomes effectively.

Mint Medical is a Heidelberg-based company that specializes in developing image reading and reporting software aimed at enhancing medical diagnosis and therapy planning. By offering advanced image processing methods, the company provides radiologists, clinicians, contract research organizations (CROs), and pharmaceutical companies with tools that ensure consistent evaluation results through thorough analysis and standardization. This software solution is designed to improve the efficiency and accuracy of clinical routines and research, ultimately contributing to better patient outcomes.

Level Ex, Inc. is a Chicago-based company that develops virtual surgery mobile applications aimed at enhancing the skills of physicians through immersive training experiences. The company offers a platform called Virtual Technique Guides, which leverages cloud gaming technology to facilitate interactive surgical training. This platform allows surgeons to perform virtual procedures alongside medical device sales representatives in a web conferencing environment. Additionally, Level Ex has developed Airway EX, an app tailored for mastering critical endoscopic and interventional airway procedures. This application addresses various medical scenarios, including managing obstructing tumors, vocal cord injuries, and complex intubations in both adult and pediatric patients. Founded in 2015, Level Ex combines video game technology and cognitive neuroscience to provide physicians with tools to navigate rare medical cases, new medical devices, and evolving drug therapies.

VisionTree focuses on patient-centered, cloud-based solutions for data collection and communication in healthcare. Its modular platform is designed to enhance patient care, engagement, and research by streamlining data management workflows. By integrating with various clinical systems, VisionTree aims to improve efficiency and accuracy in healthcare delivery, ultimately enhancing wellness and the quality of care. The company emphasizes the importance of patient engagement and effective management of population health outcomes, positioning itself as a leader in integrated care solutions.

Medineering is a medical technology company based in Munich, Germany, specializing in innovative robotic systems for minimally invasive head surgery. Founded in 2014, the company develops, patents, and sells a modular range of surgical manipulators that enable clinics and surgeons to customize the level of automation and functionality based on their specific surgical needs and budget constraints. Its product portfolio includes an intelligent positioning arm and compact, application-specific robots designed to assist surgeons in navigating complex anatomical regions. Medineering aims to enhance the potential of minimally invasive surgery through advanced robotic solutions that optimize surgical access and improve working conditions in the operating room.

Medineering is a medical technology company based in Munich, Germany, specializing in innovative robotic systems for minimally invasive head surgery. Founded in 2014, the company develops, patents, and sells a modular range of surgical manipulators that enable clinics and surgeons to customize the level of automation and functionality based on their specific surgical needs and budget constraints. Its product portfolio includes an intelligent positioning arm and compact, application-specific robots designed to assist surgeons in navigating complex anatomical regions. Medineering aims to enhance the potential of minimally invasive surgery through advanced robotic solutions that optimize surgical access and improve working conditions in the operating room.

Jan Medical is a medical device start-up focused on enhancing the diagnostic experience for patients with brain disorders while accelerating therapeutic interventions. The company has developed a portable brain-sensing system that includes a headset, data collector, and computer. This innovative device is designed to detect and monitor changes in the pulsatile motion of the brain, enabling healthcare providers to identify ischemic strokes effectively. By leveraging advanced technology, Jan Medical aims to improve patient outcomes in critical situations involving brain health.

Jan Medical is a medical device start-up focused on enhancing the diagnostic experience for patients with brain disorders while accelerating therapeutic interventions. The company has developed a portable brain-sensing system that includes a headset, data collector, and computer. This innovative device is designed to detect and monitor changes in the pulsatile motion of the brain, enabling healthcare providers to identify ischemic strokes effectively. By leveraging advanced technology, Jan Medical aims to improve patient outcomes in critical situations involving brain health.

Jan Medical is a medical device start-up focused on enhancing the diagnostic experience for patients with brain disorders while accelerating therapeutic interventions. The company has developed a portable brain-sensing system that includes a headset, data collector, and computer. This innovative device is designed to detect and monitor changes in the pulsatile motion of the brain, enabling healthcare providers to identify ischemic strokes effectively. By leveraging advanced technology, Jan Medical aims to improve patient outcomes in critical situations involving brain health.