XCath Integrates NVIDIA Isaac for Healthcare to Advance Telerobotic Endovascular Systems

The model is designed to enable surgeons to simulate and rehearse procedures using pre-operative imaging before performing actual intervention.

Texas-based medtech company XCath has integrated NVIDIA’s ISSAC for healthcare platform into its endovascular robotic system.

The integration is aimed at advancing telerobotic stroke treatment through digital twin technology.

The development focuses on enhancing Mechanical thrombectomy, a widely used treatment for acute stroke caused by blocked vessels.

The approach involves the development of digital twins, a virtual replica of its robotic systems, medical devices, and patient-specific vascular automy.

The model is designed to enable surgeons to simulate and rehearse procedures using pre-operative imaging before performing actual intervention.

The integration of NVIDIA’s AI robotics platform seeks to reduce risks and improve reliability and safety in remote procedures. By feeding pre-procedural imaging scans into the system, the AI can construct an exact 3D digital replica of a specific patient’s brain arteries.

Further, the system can provide real-time feedback and automatically pause operations if any potential network fluctuations or unexpected anatomical variations are detected, which is expected to reduce key risks associated with telerobotic surgery.

Commenting on the development, Dr. James Tudor, Vice President of Artificial Intelligence at XCath said, “This platform allows us to simulate thousands of surgical scenarios in the time it would take to run a single physical test, massively accelerating our AI training and robotic development cycles.”

The ongoing initiative builds on the earlier announcement of collaboration made last year and follows previous successful remote procedure demonstrations in Abu Dhabi on a patient model located in South Korea.

Founded in 2017, XCath develops cutting-edge medical robots aimed at advancing endovascular robotic interventions, specifically to improve stroke treatment by enabling remote, robotic-assisted neurovascular procedures.

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