Falcon™ Hydrophilic Guidewire

Hydrophilic guidewire designed for coronary and peripheral intervention procedures, providing enhanced trackability and reduced friction during catheter navigation. Features a hydrophilic coating that facilitates smooth passage through tortuous vasculature and improves clinical outcomes in complex interventional cases.

A guidewire designed for vascular intervention procedures with ultra-smooth surface properties that enable fine crossing through anatomy with excellent control characteristics. The hydrophilic coating provides atraumatic navigation through complex vessel pathways.

Hydrophilic guidewire designed for vascular intervention procedures, featuring a lubricious coating for smooth navigation through tortuous vessels and tight stenoses. The wire provides reliable torque control and pushability for catheter placement in coronary, peripheral, and cerebrovascular applications.

Guidewire with hydrophilic coating for enhanced lubricity and smooth passage through vessels. Reduces friction and vessel trauma during interventional procedures.

Hydrophilic guidewire designed for urinary tract interventional procedures, featuring enhanced lubricity for smooth navigation through the urinary system. The wire enables precise positioning and reduced tissue trauma during catheterization and endourological interventions. Engineered with radiopaque properties for fluoroscopic visualization and optimal procedural safety.

A hydrophilic-coated guidewire designed for urological procedures to facilitate catheter or stent placement. The hydrophilic coating provides smooth navigation through the urinary tract.

Interventional guidewire featuring ultra-smooth hydrophilic coating with excellent lubricity and reduced friction to lower risk of intravascular thrombosis. Solid Nitinol core enables 1:1 torque control for better navigation and faster vessel selection.

A non-vascular guidewire with hydrophilic balloon technology for medical procedures. Designed for smooth navigation in non-vascular applications.

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.

A guidewire with hydrophilic atraumatic tip and seamless design for vascular intervention procedures. The design provides safe and smooth navigation through vascular anatomy during interventional procedures.

A medical guidewire used in urological procedures to facilitate catheter placement and navigation through the urinary tract. Available in both standard and hydrophilic coated versions for various clinical applications.

A guidewire with hydrophilic coating to reduce friction and improve trackability during vascular interventions. The hydrophilic surface coating enhances navigability through tortuous vessels and reduces trauma to vascular tissue.