Pilot 50 Guide Wire

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Pilot 50 Guide Wire Specification

Shelf Life
5 Years

Storage Instructions
Store in cool, dry place

Set Contains
1 Guide Wire per pack

Sterile
Yes

Weight
Lightweight

Size
0.014 x 190 cm

Usage & Applications
Coronary and peripheral vascular interventions

Disposable Type
Single Use

Material
Nitinol

Style
Coiled

Cuff
No

Disposable
Yes

Recyclable
No

Sterilized
Yes

Waterproof
No

Shape
Straight/Flexible

Length
190 cm

Width
0.014 inch

Color
Metallic

Grade
Medical Grade

About Pilot 50 Guide Wire

By using the modern infrastructural unit, our company is exporting, trading and supplying the premium quality range of the Pilot 50 Guide Wire in Ludhiana, Punjab (India). It is extensively used to guide the catheter and to gain access to the blood vessels into place during CVC insertions. We are offering the range of the Pilot 50 Guide Wire in safe packaging options and at market leading rates.

Advanced Tip and Coating Technology

The Pilot 50 Guide Wire is equipped with a tapered tip and a hydrophilic distal segment, allowing smoother vessel entry and enhanced navigation. The hydrophilic coating minimizes resistance in tortuous anatomy, promoting efficient advancement and placement during procedures.

Excellent Torque and Pushability

Engineered for stability, the Pilot 50 delivers precise torque control and high pushability, enabling clinicians to direct the wire with accuracy even in challenging scenarios. Its straight and flexible design supports safe maneuvering in coronary and peripheral interventions.

Safety and Compatibility

Made from flexible nitinol and featuring a radiopaque distal tip, the Pilot 50 offers maximum visibility under fluoroscopy. It is latex-free and individually packed sterile, making it suitable for single-use applications. The wire is compatible with standard microcatheters and balloons, ensuring smooth integration into existing procedures.

FAQ's of Pilot 50 Guide Wire:

Q: How is the Pilot 50 Guide Wire designed to enhance navigation through vascular anatomy?

A: The Pilot 50 Guide Wire features a tapered tip and a hydrophilic distal segment that collectively promote smooth vessel entry and reduce friction. This design ensures improved steerability and maneuverability through complex or tortuous vessels during coronary and peripheral interventions.

Q: What applications is the Pilot 50 Guide Wire suited for?

A: This guide wire is intended for use in a wide range of coronary and peripheral vascular procedures, including interventions where excellent torque control and pushability are required for safe and effective wire positioning.

Q: When should the Pilot 50 Guide Wire be replaced during a procedure?

A: As a single-use, disposable guide wire packaged in an individual sterile pouch, the Pilot 50 must be replaced and not reused after each procedure to maintain patient safety and avoid risk of infection.

Q: Where can the Pilot 50 Guide Wire be stored to ensure product integrity?

A: It should be stored in a cool, dry place, away from direct sunlight or excessive moisture, to maintain its sterility and ensure that the hydrophilic coating and material integrity are preserved until use.

Q: What process is recommended for integrating the Pilot 50 Guide Wire with microcatheters and balloons?

A: The Pilot 50 Guide Wire is compatible with standard microcatheters and balloons; simply advance the wire through the device as per clinical protocol, utilizing its excellent torque and pushability to guide the system into place while monitoring via imaging.

Q: How does the radiopaque distal tip benefit clinical procedures?

A: The radiopaque distal tip greatly enhances visibility under fluoroscopy, enabling clinicians to track and position the guide wire precisely during vascular interventions.

Q: What are the benefits of the Pilot 50's material and design for procedural efficiency?

A: Made from medical-grade nitinol, the Pilot 50 offers a combination of flexibility, strength, and lightweight characteristics, while the coiled style and straight/flexible shape further support efficient navigation and reduced procedural risks.

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