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Advanced Interventional Guide Wire

Name: Advanced Interventional Guide Wire
Brand: Advin Health Care
Price: 6 USD
Availability: InStock

Price 6 USD ($)/ Piece

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MOQ : 1 Piece

Advanced Interventional Guide Wire Specification

Usage Type
Single Use/Disposable

Function
Vascular Navigation and Support

Accuracy
High maneuverability and tactile feel

Instruments Type
Catheter Guide Wire

Measurement Range
Lengths typically 150 cm to 300 cm, diameter varies by design

Features
Hydrophilic coating, Stripped tip, Various flexibility profiles, Radiopaque

Shelf Life
Up to 5 Years (unopened and stored properly)

Storage Instructions
Store in a cool, dry place away from direct sunlight

Equipment Type
Advanced Interventional Guide Wire

Material
Hydrophilic-coated, Nitinol, PTFE, Stainless Steel

Condition
New

Technology
Interventional Cardiology Guide Wire Technology

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual

Use
Cardiology, Interventional Procedures

Power Source
Not Required (Non-Powered)

Dimension (L*W*H)
Varies by Model

Weight
Lightweight (Varies by Type)

Color
Translucent/Blue (Varies by Coating and Type)

Packaging
Individually packed in sterile pouches

Kink Resistance
Optimized for vascular access procedures

Flexibility
High (tailored for easy vessel navigation)

Tip Type
Hydrophilic, Stripped, PTFE, SS, Nitinol (as per variant)

Application
Percutaneous transluminal procedures, angioplasty, catheter placement

Compliance
Meets international quality and safety standards

Radiopacity
Yes, for fluoroscopic visibility

Sterilization
Sterile, ready-to-use

About Advanced Interventional Guide Wire

Advin Health Care Advanced Interventional Guide Wire is engineered to deliver superior navigation, control, and support during complex interventional procedures. It ensures smooth tracking, excellent torque response, and reliable performance across a wide range of vascular applications.

Key Features:

Advanced design for precise interventional navigation
Excellent torque transmission for controlled steering
Smooth tracking through complex vessel anatomy
Balanced flexibility and support for device delivery
Atraumatic tip for enhanced vessel safety
Compatible with standard interventional systems

Certifications:

CE, ISO 13485, ISO 9001 Certified

Product Keywords:

Advanced Interventional Guide Wire, Guidewire, Vascular Guidewire, Interventional Guidewire, High Performance Guide Wire

, , , .

Gua de alambre de intervencin avanzada, gua de alambre, gua de alambre vascular, gua de alambre de intervencin, gua de alambre de alto rendimiento

Fil guide interventionnel avanc, fil guide, fil guide vasculaire, fil guide interventionnel, fil guide haute performance

Engineered for Excellence in Vascular Access

Designed for interventional cardiology, these guide wires offer outstanding flexibility and precise control, ideal for demanding vascular access procedures. Whether for routine angioplasty or complex catheter navigation, the combination of high kink resistance and hydrophilic technology ensures smooth passage through tortuous vessels, reducing procedural risks and enhancing physician confidence during interventions.

Advanced Materials and Tip Configurations

Available in various material configurations such as hydrophilic-coated nitinol, PTFE, or stainless steel, and with different tip styles (hydrophilic or stripped), these guide wires cater to diverse procedural requirements. The radiopaque feature ensures reliable visualization under fluoroscopy, allowing accurate real-time positioning and movement throughout the intervention.

Safety, Convenience, and Compliance

Every guide wire is supplied sterile and individually packed, ready for immediate use, and meets stringent international safety and quality standards. With single-use/disposable design, long shelf life, noiseless manual operation, and straightforward storage, they are tailored for convenience, safety, and reliability in any cardiac intervention setting.

FAQ's of Advanced Interventional Guide Wire:

Q: How is the Advanced Interventional Guide Wire used in clinical procedures?

A: The guide wire is introduced into the vascular system during procedures such as percutaneous transluminal interventions and angioplasty, serving as a pathway for catheter placement. Its high flexibility and hydrophilic coating allow smooth navigation through complex and tortuous vessel pathways, minimizing trauma and optimizing accuracy.

Q: What tip and material variants are available for this guide wire?

A: This guide wire is available in tip types including hydrophilic, stripped, PTFE, stainless steel, and nitinol. Material options include hydrophilic-coated nitinol, PTFE, and stainless steel, each designed to suit different clinical preferences and procedural requirements.

Q: When should I choose this guide wire over other types?

A: Select this advanced guide wire for interventions requiring superior navigation in challenging vasculature, especially when high flexibility, kink resistance, and precise maneuverability are crucial. The hydrophilic and radiopaque features make it especially suitable for complex angioplasty and catheter placements.

Q: Where should the guide wire be stored until use?

A: Store the guide wire in a cool, dry environment away from direct sunlight, in its original sterile pouch. Following proper storage guidelines ensures its sterility and maintains optimal performance for up to five years.

Q: What is the benefit of the guide wire's hydrophilic coating?

A: The hydrophilic coating reduces friction during insertion, enabling the guide wire to glide easily through vessels. This property enhances maneuverability, decreases the risk of vessel trauma, and supports smoother and safer navigation during procedures.

Q: How does the radiopaque property enhance its functionality?

A: Radiopacity allows for clear visibility of the guide wire under fluoroscopic imaging, ensuring precise real-time tracking and positioning. This feature is critical for accurate placement and reduced procedural risk during vascular interventions.

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