PTFE Guide Wire

Price 1120 INR/ Piece

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MOQ : 100 Pieces

PTFE Guide Wire Specification

Equipment Type
other

Material
Other

Condition
New

Technology
Advance

Portable
yes

Wall Mounted
No

Real-Time Operation
Yes

Operating Type
Manual

Use
Flat wire outer coil allows for larger core and increased shaft rigidity to assist in navigating tortuous anatomy and device placement. Smooth PTFE coating provides low coefficient of friction to facilitate advancement and catheter tracking.Tungsten-filled radiopaque tip enhances fluroscopic visualization.

Power Source
Other

PTFE Guide Wire Trade Information

Minimum Order Quantity
100 Pieces

FOB Port
Ahmedabad

Supply Ability
5000 Pieces Per Month

Delivery Time
1 Week

Packaging Details
Export Standard Packing

Certifications
CE / ISO 13485 / ISO 9001:2015 / WHO GMP

About PTFE Guide Wire

Being a leading organization, we offer a quality range ofPTFE Guide wire.

PTFE Guide wireis used for negotiating urinary tract.

PTFE Guide Wire is called as PTFE Coated Urological Guidewire, PTFE Coated Guidewire, Urology Guidewires, Guide wire Urology, Ureteral Guidewire, Medical Guidewire, Disposable Guide Wire, Guide Wire Catheter, Endoscopy Guide Wire, Guide Wire 150cm, Endourology Disposable.

Features of PTFE Guide Wire:

Smooth surface.
Increased trackability, lubricity, and durability.
Consistent performance.
Better catheter compatibility.

Safety.

Size	Length	Type of Tip
0.018	150 cms	Straight Tip / J Tip
0.025	150 cms	Straight Tip / J Tip
0.028	150 cms	Straight Tip / J Tip
0.032	150 cms	Straight Tip / J Tip
0.035	150 cms	Straight Tip / J Tip
0.038	150 cms	Straight Tip / J Tip

Optimized for Challenging Anatomy

The PTFE Guide Wire is specifically engineered to handle tortuous anatomy with ease, thanks to its flat wire outer coil and increased shaft rigidity. This robust design ensures physicians can confidently navigate complex pathways, providing smoother device placement and improved patient outcomes during real-time medical interventions.

Superior Performance and Visibility

With its smooth PTFE coating, the guide wire delivers a consistently low coefficient of friction, simplifying advancement through blood vessels and enhancing catheter tracking. The tungsten-filled radiopaque tip offers clear fluoroscopic visualization, crucial for precise positioning and improved procedural safety during manual operations.

FAQs of PTFE Guide Wire:

Q: How does the flat wire outer coil benefit the PTFE Guide Wires performance?

A: The flat wire outer coil increases the core size and shaft rigidity, making it easier to navigate through complex and tortuous anatomical regions, and ensuring stable device placement during procedures.

Q: What is the process for using the PTFE Guide Wire in real-time operations?

A: To use the PTFE Guide Wire, insert it manually into the vessel, where its PTFE coating allows for smooth advancement and tracking under fluoroscopic guidance. The radiopaque tip enhances real-time visualization for accurate navigation and device positioning.

Q: When should I choose this PTFE Guide Wire over other options?

A: This guide wire is ideal when encountering challenging or tortuous anatomy, requiring a wire with greater shaft rigidity and superior trackability. Its advanced design and radiopaque tip also make it suitable for procedures needing enhanced fluoroscopic visibility.

Q: Where is the PTFE Guide Wire manufactured and supplied from?

A: We manufacture, export, and supply the PTFE Guide Wire from India, ensuring international quality standards and reliable delivery for global healthcare facilities.

Q: What advantages does the PTFE coating provide during usage?

A: The smooth PTFE coating offers a low coefficient of friction, facilitating easy guide wire advancement and catheter tracking while reducing the risk of vessel wall injury and procedure time.

Q: How does the radiopaque tip assist healthcare professionals?

A: The tungsten-filled radiopaque tip enhances visualization under fluoroscopy, helping clinicians see the wires position clearly and make precise adjustments during procedures.

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