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The Fielder FC Frontline Guide Wire with Hydrophilic Coating

This ultra-low-support micro-channel navigation wire adopts single-piece gradient tapered elastic nitinol core with built-in 11cm flexible transition spring, delivering ultra-low shaft rigidity to conform sharply bent distal coronary micro-lumens without buckling. Equipped with standardized 0.8gf minimal tip load and 20cm long polymer-based lubrication coating, it maintains consistent slippage for long-distance tracking of thin-walled, highly tortuous side branches and sub-total occlusive lesions.

  • Outer Diameter :

    0.014” (0.36 mm)
  • Total Length :

    180cm / 300cm
  • Distal Core Material :

    Nitinol
  • Distal Coatings :

    Hydrophilic
  • Tip Load (g) :

    0.8
  • Tip Shape :

    Straight / J
  • Shelf Life :

    3 years
  • Sterilization :

    EO
  • Usage Type :

    Single Use Only

Product Overview

Specially engineered for high-risk delicate coronary micro-anatomy, this ultra-floppy wire serves as first-pass initial wire for tortuous distal branches unsuitable for medium-support routine guidewires. The gradient thin taper core eliminates rigid transition points, naturally fitting narrow, angled micro-vessels and reducing mechanical shear force on fragile endothelium. The 20cm polymer sleeve fully wrapped with proprietary lubricant forms stable aqueous film after repeated lesion crossing, avoiding rapid coating shedding. A 3cm integrated platinum-nickel radiopaque coil at the terminal spring segment enables precise micro-lesion positioning under low-dose fluoroscopy. Limited 0.8gf contact load drastically cuts dissection and perforation probability for elderly patients with thin coronary walls. This device is strictly not indicated for heavy calcified full chronic total occlusion crossing and all cerebral neurovascular interventional operations.


Key Highlights

  • Gradient Taper Monolithic Elastic Nitinol Core: Progressive thinning design delivers ultra-low shaft stiffness to adapt extreme distal vessel bends without kinking.
  • 20cm Polymer Base Long-Durability Lubrication Sleeve: Lubricant tightly bonded on polymer substrate retains smoothness during serial micro-branch tracking.
  • Standardized 0.8gf Minimal Soft Tip Load: Ultra-light contact force minimizes trauma to thin, fragile coronary intima of aged patients.
  • 11cm Flexible Transition Spring with 3cm Continuous Radiopaque Coil: Extended flexible segment plus long marker zone realizes full visualization of tiny distal lesion segments.
  • Atraumatic First-Pass Navigation Performance: Optimized soft tip geometry improves success rate of initial access to inaccessible tortuous micro-branches.

Technical Specifications & Construction

Two factory tip options: manually reshaping straight tip / factory pre-formed mild J tip; distal 20cm polymer lubrication sleeve, proximal shaft covered wear-resistant PTFE anti-friction jacket; 11cm flexible spring transition section with 3cm fixed platinum-nickel radiopaque coil at the terminal.

Coating Distal: Hydrophilic; Proximal: PTFE
Core Material Stainless Steel, Nitinol
Tip / Radiopacity Platinum-Nickel Alloy, 3 cm Radiopaque Segment
Jacket / Cover Full Polyurethane Polymer Cover
Usage Single Use Only



Typical Clinical Applications

Specialized ultra-low-trauma micro-vessel navigation wire for PCI cases with high vessel safety thresholds, limited to five delicate coronary scenarios:

  • Long-Distance Tracking & Micro-Stent Delivery for Severely Tortuous Distal Tiny Side Branches
  • Minimally Invasive PCI Treatment for Geriatric Patients with Thin Fragile Coronary Endothelium
  • Atraumatic True Lumen Crossing for Coronary Sub-Total Occlusive Lesions
  • Micro-Branch Access Inside Complex True Bifurcation Lesions
  • Serial Short Micro-Stenosis Long-Tracking of Multi-Vessel Distal Coronary Segments

Quality Assurance & Compliance

All ultra-floppy micro-vessel guidewires are manufactured in Class 100 ultra-clean production facilities under full ISO13485 quality management control. Each batch undergoes exclusive ultra-low tip load biocompatibility simulation and thin-vessel cyclic torsion fatigue testing independent from medium-support guidewire inspection standards. Complete raw material trace archives of nitinol core, polymer lubrication sleeve and platinum coil are permanently stored; every finished wire passes one-by-one inspection of coating adhesion and tip softness before packaging, supporting multi-region medical device registration submissions.


Ordering Information

Distributed globally to top-tier cardiac interventional labs focusing on bifurcation & distal micro-vessel PCI, plus professional cardiovascular medical distributors worldwide. Long-term large-volume B2B procurement supports customized mild J tip forming molds and extended length development. Contact professional interventional consumables sales teams to acquire exclusive specialty wire tiered wholesale pricing and cross-border integrated logistics packages.

 

Frequently Asked Questions (FAQ)

1. What core performance differences between this ultra-floppy micro-channel wire and balanced mid-support routine coronary guidewire?

This micro-channel model carries 0.8gf ultra-light tip load and full tapered ultra-soft nitinol core, designed exclusively for severely tortuous tiny distal branches and sub-total stenosis; balanced mid-support wire features medium shaft rigidity with stronger pushing force for routine non-calcified single-vessel lesions, unsuitable for ultra-fragile micro-vessels.

 

2. Can this ultra-floppy wire be used to cross heavy calcified complete chronic total occlusion lesions?

Not recommended. Its ultra-low shaft rigidity lacks sufficient plaque penetration force to break dense calcified fibrous caps; dedicated high-penetration CTO crossing guidewires must be selected for heavy calcified full occlusion treatment.clinicians need to select PILOT 150 / PILOT 200 or other dedicated guidewires available on our platform for heavy calcified complete CTO recanalization.

 

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