We are pioneering next-generation neuro-catheter systems designed to improve outcomes in stroke intervention and neurovascular procedures. Our technology combines precision engineering with clinical excellence.
Every year, millions of patients worldwide suffer from acute ischemic stroke and neurovascular emergencies. Current treatment methods face limitations in device navigability, precision, and patient outcomes.
Our mission is to develop breakthrough catheter technologies that enable physicians to deliver faster, safer, and more effective treatments—ultimately saving lives and improving neurological recovery.
Neurovascular procedures influenced
Design precision & navigability focus
Years of combined clinical & engineering expertise
Months of active R&D and prototyping
Precision Neurovascular Design Advanced Catheter Engineering Enhanced Navigability & Control Optimized for Stroke Intervention Clinician-Driven Innovation Precision Neurovascular Design Advanced Catheter Engineering Enhanced Navigability & Control Optimized for Stroke Intervention Clinician-Driven Innovation
difuse T | Device Mechanism
An elongated, fusiform braided structure designed to adapt to varying vessel diameters while maintaining consistent radial force.
Learn More
The expanded mesh is positioned along the delivery wire, enabling stable engagement while allowing the wire to extend beyond the mesh for controlled positioning.
Learn More
A long, flexible delivery wire supports smooth navigation through tortuous neurovascular pathways.
Learn More
Engineered for predictable deployment and retrieval during mechanical thrombectomy procedures.
Learn MoreScheduling consultation is first step toward achieving
your health and wellness goals with the best support
Book Your Consultation NowConnect with the Nexus team to discuss difuse T technology, clinical collaboration, or investment opportunities. Our specialists will respond promptly.
Nexus is advancing neurovascular care through precision catheter technologies. Our flagship innovation, difuse T, is designed to improve outcomes in stroke intervention and complex neurovascular procedures.
