Micro Guide Wire

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-engineered guide wire for vascular and interventional procedures enabling safe navigation through complex anatomical pathways.

Precision guide wire used in interventional cardiology procedures to facilitate catheter placement and navigation through vascular systems. Available in various configurations for different clinical applications.

Precision guide wire for catheterization and interventional medical procedures. The device provides controlled navigation through vascular and body cavities.

An interventional medical device used to guide catheters and other instruments through blood vessels during minimally invasive procedures.

A precision guide wire used in medical procedures for catheterization and interventional applications. This product assists in the navigation and placement of medical devices.

A guide wire used in cardiovascular interventional procedures to facilitate catheter placement and navigation through blood vessels during diagnostic and therapeutic interventions.

Precision components used in guide wire assemblies for interventional procedures. Engineered for smooth navigation and reliable performance in vascular applications.

Multi-stranded guide wire for interventional procedures, endoscopy, and catheterization requiring flexible navigation through vessel pathways.

A guide wire used in interventional medical procedures. Guide wires are essential components for catheter-based interventions across various imaging modalities including DSA, CTA, MRA, and PTCA procedures. These devices assist in navigating and positioning catheters within the vasculature.

Precision guide wires used in percutaneous and minimally invasive orthopedic procedures. These wires facilitate accurate placement of implants and instruments.

Nitinol-based guide wires used in interventional cardiology and neurovascular procedures. These wires provide superior trackability and flexibility while maintaining adequate support for device delivery.