We are developing an integrated robotic system for endovascular interventions. It combines novel manipulation hardware, intuitive haptic control, and AI-based assistance to support clinicians during complex vascular procedures. The system is designed for seamless workflow integration and full compatibility with standard instruments.

By reducing cognitive workload, radiation exposure, and procedural variability, our approach aims to make minimally invasive vascular treatments safer and more efficient. It also helps make advanced procedures more accessible across different clinical settings, with future potential for remote operation.

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