X-Biomedical Inc. is a medtech startup developing GoScope™, a portable digital microscope system for dental and surgical visualization. Its under-30-pound platform combines 3D viewing through AR glasses with voice control, integrated lighting, and wireless telestration, giving clinicians a hands-free alternative to traditional scopes and supporting interactive medical training. The company’s mission centers on making advanced surgical visualization more accessible while improving practitioner ergonomics and patient care.
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GoScopeGoScope is a mission-driven medtech startup and a division of X-Biomedical focused on improving surgical visualization for clinicians and patients. The company develops portable digital microscope systems for surgeons, dentists, and medical educators, with an emphasis on ergonomic use and broader access to advanced visualization.CLIFTON HEIGHTS, PA
MediView XR, IncCleveland-based MediView XR develops augmented-reality visualization and navigation systems that give clinicians a real-time, three-dimensional view of patient anatomy during image-guided procedures. Its platform fuses CT data with live ultrasound and supports remote collaboration, while its FDA-cleared XR90 has already been used clinically for minimally invasive navigation. The company grew from Cleveland Clinic-developed intellectual property and works with partners including GE HealthCare and Microsoft.CLEVELAND, OH
Mission Surgical Innovations, LLCFounded by medical-device executives to solve practical surgical problems, Mission Surgical Innovations develops SafeView™ systems for minimally invasive extremity surgery. Its technology gives surgeons panoramic visualization and independent control of the scope and cutting instrument, with delivery options tailored to office-based practice. Raleigh-based MSI also supports surgeon education and research in extremity surgery.WAYNE, PA
ProsidioProsidio is a surgeon-built medical technology company creating visualization equipment for surgical teams. Its work centers on helping clinicians see more clearly during procedures, particularly in otolaryngology, with systems designed around real operating-room challenges.