PTFE Guidewire

A standard-flexibility guidewire with PTFE coating for general vascular interventional procedures. Provides reliable torque control and smooth navigation for routine cardiovascular and peripheral vascular applications.

A stiff polytetrafluoroethylene-coated guidewire for challenging vascular interventions requiring increased support and trackability. The PTFE coating provides low-friction navigation through tortuous vessels.

Precision-engineered guidewire for navigating complex vascular and urological pathways. Features hydrophilic coating to enhance smoothness and reduce friction during catheter placement. Suitable for challenging stenosis and stricture interventions.

Guidewire for interventional vascular procedures supporting catheter navigation during angiography and therapeutic interventions.

Single-use guidewire with specialized coating for reduced friction and improved catheter navigation during interventional procedures. The coating enhances device tracking and minimizes vessel trauma.

Guidewire with continuous hydrophilic coating for enhanced trackability and reduced friction during cardiovascular interventional procedures. Enables smooth navigation through complex vessel anatomy.

Single-use flexible wire for navigating tortuous ducts and vessels during endoscopic procedures. Available in various lengths and diameters for specific anatomical access.

Single-use interventional guidewires including zebra pattern variants and non-vascular lumen pathways. Engineered with advanced coating technology for smooth navigation through complex vascular anatomies.

Specialized guidewire used to navigate and access target vessels during coronary and peripheral interventions. Essential component for percutaneous vascular procedures.

Thin metallic or polymer wire used to navigate catheters through blood vessels or body cavities during interventional procedures. Available in various lengths, diameters, and stiffness configurations.

Hydrophilic-coated guidewire designed for smooth vessel navigation during interventional cardiac procedures. Enhances trackability and reduces vessel wall trauma during guidewire advancement.