The Boston Scientific WOVEN Fixed Curve Electrophysiology Diagnostic Mapping Catheter (REF M0046FMC00809) is a steerable-alternative fixed-curve diagnostic catheter engineered for intracardiac signal acquisition and pacing during electrophysiology (EP) studies. Built on Boston Scientific's WOVEN platform, the catheter integrates a braided shaft construction intended to deliver consistent torque response and predictable curve retention during navigation of cardiac chambers.
Key Features
Fixed curve distal section designed for stable positioning within targeted intracardiac anatomy.
Woven/braided shaft construction intended to support 1:1 torque transfer and shaft integrity.
Multipolar electrode array for intracardiac electrogram (IEGM) recording and stimulation.
Compatible with standard EP recording systems and stimulators via proximal connector.
Single-use, sterile-packaged diagnostic catheter for procedural use.
Specific French size, curve designation, electrode count, spacing, and usable length: Not specified in the located sources.
Clinical Applications
Intended for use in diagnostic electrophysiology procedures requiring intracardiac electrogram recording, mapping reference, and programmed electrical stimulation. Typical procedural contexts include evaluation of supraventricular and ventricular arrhythmias, His-bundle and coronary sinus signal acquisition, and reference catheter placement during ablation workflows. Final clinical suitability and indications for use should be confirmed against the manufacturer's current Instructions for Use (IFU) and applicable regional regulatory labeling.
Product Information
Brand: Boston Scientific
Product Family: WOVEN Fixed Curve Diagnostic EP Catheter
Category: EP Mapping Catheter
REF / UPN: M0046FMC00809
Configuration: Fixed curve, multipolar diagnostic mapping catheter
Use: Single-use, sterile
Detailed specifications (curve type, electrode count, spacing, French size, working length): Not specified in the located sources. Confirm with Boston Scientific product matrix and IFU prior to procurement.