Visuamed provides a VR-based surgical planning platform that doctors can book through an on-demand service, purchasing only the cases they need. For each patient, the company develops a virtual scenario with a digital twin of the patient's anatomy, enabling interventionists to explore and share immersive, interactive 3D models before procedures. The experience can also be shared with patients to improve their understanding of their pathology or planned procedure.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional surgical and interventional planning relies on static 2D imaging, which can limit a clinician's spatial understanding of complex anatomy and make it difficult to communicate procedures to patients. This can reduce planning accuracy and hinder shared decision-making between the care team and the patient.
Solution
Visuamed offers a VR-based platform where doctors can book virtual reality experiences on demand, purchasing only the specific cases they need. For each patient, the company develops a customized virtual scenario that includes a digital twin of the patient's anatomy, providing all the information necessary for surgical and interventional planning. Using VR headsets, interventionists and their teams can analyze and share these immersive, interactive environments, improving the accuracy of traditional clinical information. The same VR experience can also be shared directly with the patient, helping them better understand their pathology or the planned procedure.
Target Audience
Primary customers are interventional clinicians, including surgeons and interventionists, along with their care teams, who need advanced anatomical visualization for pre-procedural planning and patient communication.
Features
- On-demand booking platform that lets clinicians purchase VR cases individually, without long-term commitments
- Patient-specific virtual scenarios with a digital twin of the patient's anatomy for improved spatial understanding
- Immersive, interactive VR environment for collaborative analysis and sharing among the interventionist team
- Patient-facing VR experience designed to improve comprehension of pathology and procedural steps