Stripped Guide Wire Advin

About Stripped Guide Wire Advin

Radiopaque tip for accurate placement

Strong torque control for precise navigation

Flexible body for navigating

Sterile, Single Use Only

Individually Packed

Also Known As: Stripped Guide Wire, PTFE Stripped Guidewire, Zebra Guidewire Stripped, Endoscopic Stripped Guide Wire, GI Stripped Guidewire

Guía Desnuda PTFE, Guía Stripped para Endoscopia, Guía Zebra Desnuda, Guía Endoscópica Desnuda, Guía GI Desnuda

Guide Dénudé PTFE, Guide Stripped pour Endoscopie, Guide Zebra Dénudé, Guide Endoscopique Dénudé, Guide GI Dénudé

سلك توجيه منزوع الغلاف، سلك توجيه PTFE منزوع، سلك زيبرا منزوع الغلاف، سلك توجيه تنظيري منزوع، سلك توجيه للجهاز الهضمي منزوع

Проводник без покрытия PTFE, Стриппированный проводник для эндоскопии, Проводник типа зебра без покрытия, Эндоскопический проводник без покрытия, Проводник ЖКТ без покрытия

Superior Navigation and Flexibility

The Stripped Guide Wire Advin is engineered for navigation through delicate and intricate vascular pathways, minimizing trauma to vessel walls. Its flexible, PTFE-coated stainless steel core and hydrophilic surface ensure smooth maneuverability, while the atraumatic tip provides additional safety during procedures such as catheter placement or exchange. Radiopacity allows for precise tracking under fluoroscopy in real time.


Safe, Sterile, and Ready-to-Use

Each guide wire is EO sterilized and individually blister packed to ensure sterility upon opening. Its single-use design reduces the risk of cross-contamination, and the five-year shelf life makes it suitable for immediate application in clinical settings. Storage is straightforwardsimply keep in a cool, dry place to maintain optimal condition.


Versatile Application Across Specialties

With standard and custom sizes available, the Stripped Guide Wire Advin is suitable for a multitude of applications in urology, cardiology, and endovascular interventions. Its high-precision design and kink-resistant build make it a preferred choice for healthcare professionals requiring reliable performance during navigation and exchanges of catheters.

FAQs of Stripped Guide Wire Advin:

Q: How is the Stripped Guide Wire Advin used during procedures?

A: The StrippedGuide Wire Advin is inserted into the vascular pathway to facilitate placement or exchange of catheters during urology, cardiology, or endovascular procedures. Its soft, atraumatic tip helps guide the wire safely, while real-time fluoroscopic visualization ensures accurate navigation.

Q: What are the main benefits of the smooth PTFE coating and hydrophilic technology?

A: The smooth PTFE coating, combined with hydrophilic technology, provides low friction and high flexibility, allowing for easier passage through vessels and reducing the risk of kinking or trauma. This results in smoother guide wire manipulation and improved procedural outcomes.

Q: When should a new Stripped Guide Wire Advin be used and how is sterility maintained?

A: A new, sterile guide wire should be used for each patient to prevent cross-contamination. The wire is EO sterilized and individually blister packed, and should be opened only immediately before use in a sterile environment. The products single-use design ensures maximum infection control.

Q: Where can the Stripped Guide Wire Advin be applied in clinical practice?

A: This guide wire is suitable for hospitals, surgical centers, and catheterization labs. It is designed for procedures in urology, cardiology, and endovascular specialties, supporting the navigation and exchange of various catheters.

Q: What is the process for storing and handling the Stripped Guide Wire Advin?

A: Storage is simple: keep the wire in its original packaging, in a cool and dry environment. Check the lot number and expiration date before use. Always use aseptic techniques to open and handle the guide wire to maintain sterility.

Q: What features make this guide wire easily identifiable and precise?

A: The StrippedGuide Wire Advin features a black and white striped (zebra) surface for easy identification. Its high radiopacity provides excellent fluoroscopic visibility, and its precise dimensions (length and diameter) offer predictable and accurate performance during procedures.