Cardiology Guide Wires
We manufacture PTFE Guide Wire, Hydrophilic Guide Wire, Zebra Guide Wire, Nitinol Guide Wire, and SS Guide Wire — ensuring smooth navigation and optimal support for complex cardiovascular procedures.
Cardiology Guide Wires
Cardiology Guide Wires
A complete range of Guide Wires including PTFE, Hydrophilic, Zebra, Nitinol, and Stainless Steel types for smooth and precise vascular access. Each wire is engineered for optimal flexibility, torque control, and navigation through complex anatomies. Built to support various interventional procedures with high reliability and performance.
Unblocking Possibilities
PTFE Guide Wire
PTFE Guide Wire is a medical device used during cardiovascular procedures to help access and navigate blood vessels. It has a smooth surface for ease of insertion and excellent compatibility with other devices such as catheters. This guidewire is especially useful in procedures like angioplasty, offering consistent control and support to interventional cardiologists.
Advanced Features
- Smooth PTFE-coated surface
- Excellent trackability and device compatibility
- Consistent performance and control
- Enhanced safety and precision during cardiovascular navigation
- Durable construction for complex procedures
The PTFE Guide Wire is designed to assist in a variety of cardiology procedures where vascular access is critical. Manufactured by Advin Health Care, it ensures optimal performance through its high-grade PTFE coating that enhances trackability and reduces friction. Its flexibility and durability allow seamless navigation through complex vascular anatomy while minimizing trauma to the vessel wall. The guidewire’s consistent diameter and strength provide stability for balloon catheters or other interventional tools during procedures.
Hydrophilic Guide Wire
Hydrophilic Guide Wire is a specialized tool used in cardiology procedures for navigating blood vessels with precision. Its lubricious coating enables smooth passage through tight or complex vascular pathways. This guidewire is ideal for challenging interventional cases, ensuring flexibility, visibility, and control during procedures.
Advanced Features
- Lubricious coating for smoother navigation
- Guidewire tip can be delivered to the desired vessel location
- Facilitates catheter or balloon advancement
- Allows distal tip movement to locate true lumen
- Retains tip shape memory throughout the procedure
- Transmits rotational forces effectively for enhanced control
Hydrophilic Guide Wire is designed to enhance vascular access in cardiac interventions where precision and control are essential. Manufactured by Advin Health Care, this guide wire features a hydrated gel coating that maintains a consistent fluid layer for optimal lubricity. Its nitinol core allows for excellent torque transmission, shape retention, and kink resistance, making it highly effective in navigating tortuous or narrowed vessels. The guide wire provides superior support for device delivery and is widely used in angioplasty, catheter placement, and other cardiac procedures.
Zebra Guide Wire
Zebra Guide Wire is a specialized medical device used in cardiology to navigate blood vessels safely and effectively. It features a unique striped jacket for enhanced visibility during procedures. Designed for precise control, this guide wire helps physicians reach target areas in complex vascular pathways.
Advanced Features
- Guidewire tip can be delivered accurately to desired vessel position
- Enables distal tip movement to locate true lumen
- Maintains shape memory of the distal tip
- Efficient transmission of rotational forces from operator to tip
- Supports advancement of balloon catheters and other devices
Advin Health Care manufactures the Zebra Guide Wire to meet international standards for use in cardiology interventions. This guide wire is made with a nitinol core and a hydrophilic coating, combining flexibility and durability with excellent radiopacity for clear visualization. The striped jacket provides visual feedback that assists physicians in maneuvering through difficult lesions. Its design allows reliable torque transmission and shape memory retention, ensuring accurate navigation and support during catheter advancement.
Nitinol Guide Wire
Nitinol Guide Wire is a flexible and durable wire used in cardiology procedures to navigate blood vessels safely. It features a shape-memory alloy core that provides excellent flexibility and strength. This guide wire ensures smooth and precise placement of catheters during cardiac interventions.
Advanced Features
- Shape-memory nitinol core for flexibility and durability
- Excellent torque transmission for precise control
- High radiopacity for better visualization
- Smooth surface for easy advancement of catheters and devices
- Designed for safe navigation through tortuous vessels
Advin Health Care manufactures the Nitinol Guide Wire adhering to international quality standards, designed specifically for cardiology applications. The wire’s nitinol core offers exceptional flexibility combined with shape memory properties, allowing it to retain its shape after bending. This enhances maneuverability through complex vascular pathways and reduces the risk of vessel trauma. Its excellent radiopacity provides clear visualization under imaging, aiding physicians in accurate navigation during procedures.
SS Guide Wire
SS Guide Wire is a stainless steel wire designed for use in cardiology procedures. It helps guide catheters and other medical devices through blood vessels smoothly and safely. This guide wire offers excellent strength and control during cardiac interventions.
Advanced Features
- Made of high-grade stainless steel for durability
- Excellent torque transmission for precise control
- Smooth surface for easy catheter advancement
- Corrosion resistant for enhanced longevity
- Suitable for complex cardiac and vascular interventions
Advin Health Care manufactures the Stainless Steel (SS) Guide Wire with high-quality materials meeting international standards. The stainless steel construction provides superior strength and stiffness, ensuring reliable torque control and smooth navigation through the vascular system. Its durable and corrosion-resistant design makes it suitable for complex cardiology procedures, assisting physicians in accurate catheter placement and improving procedural success rates.