Cardiology Medical Device

This advanced interventional cardiology portfolio introduces real-time surgical tracking, morphology mapping, and AI-driven predictive technologies designed to transform precision in minimally invasive heart procedures. The assets collectively enable accurate device navigation, patient motion compensation, and intra-operative 3D cardiac imaging for improved procedural outcomes.

This addresses long-standing challenges in catheter-based interventions, particularly the difficulty of tracking instruments within a moving, beating heart and the lack of objective intra-operative data to guide surgeons. The system employs a dual-sensor motion compensation architecture that distinguishes instrument movement from physiological motion, alongside a morphology-detecting catheter that generates real-time 3D anatomical maps. Integrated AI and machine learning algorithms provide predictive insights and alerts for motion-related risks, creating a closed-loop feedback platform that supports real-time decision-making.

Core technologies include electrostatic position tracking through a catheter sheath with distributed electrodes, displaceable pin arrays for surface mapping, and an encrypted data platform for continuous analytics and surgical insight. With expanding markets in TAVR, electrophysiology, and structural heart interventions, these innovations address multi-billion-dollar opportunities in surgical accuracy, patient safety, and clinical efficiency.