Neuro Microguidewire

Tarvos Microguidewire is a nitinol guidewire designed for interventional medical procedures requiring precise navigation through vascular and anatomical structures. The wire combines superelastic nitinol material with microcatheter compatibility to enable safe advancement through complex pathways. Intended for use in interventional radiology, cardiology, and endovascular procedures.

Specialized micro guidewire for neurointerventional procedures. Designed for navigation through cerebral vasculature with minimal trauma.

Precision guidewires engineered for neuro-vascular intervention procedures requiring delicate navigation through cerebral vessels. The devices provide enhanced torque control and atraumatic vessel passage.

Extremely thin micro guidewire designed for navigating through tiny, tortuous blood vessels during neurovascular procedures. The guidewire features advanced materials for excellent trackability and kink resistance, with radiopaque markers for visualization under X-ray imaging.

Advanced micro guidewire available in 200 and 300 models for neurovascular interventions. Designed with superior navigational flexibility and kink resistance to access tortuous vessels in the brain and spinal cord with precision.

Micro guidewire for vascular interventional procedures, designed to navigate complex vessel anatomy during angiography and endovascular interventions. Features precision tip design for enhanced trackability and reduced vessel trauma.

Micro guidewire engineered for precise navigation through complex cerebral and spinal vasculature during neurovascular interventional procedures. Features biocompatible materials and radiopaque markers to ensure safe access and accurate visualization.

Precision micro guide wire designed for minimally invasive cardiovascular and interventional procedures. Provides reliable navigation through complex vascular pathways with enhanced torque control and flexibility.

Precision guidewires for cardiovascular and neurovascular interventions, manufactured with advanced laser processing and grinding techniques. These devices provide essential support and navigation guidance during catheter-based procedures.

Controllable guidewire designed for precise navigation through tortuous anatomy in neurovascular, cardiovascular, and peripheral vascular interventions. Features radiopaque construction for enhanced fluoroscopic visualization and minimizes tissue injury risk during complex endoscopic and intraluminal procedures.

Precision micro guide wire designed for minimally invasive cardiovascular and endovascular procedures. Enables accurate navigation through complex vessel anatomy with enhanced torque control and flexibility.

A micro guidewire designed specifically for neurovascular aneurysm treatment procedures. Features cutting-edge technology and superior technical characteristics for precision navigation during interventional procedures.