The Boston Scientific INTELLANAV Mini Electrode Advanced Ablation Catheter (REF M004R9620) is a steerable, open-irrigated radiofrequency (RF) ablation catheter designed for use in cardiac electrophysiology (EP) procedures. Its distal tip incorporates three mini electrodes, enabling localized, high-resolution electrogram acquisition to support precise mapping and ablation strategies. The catheter integrates with compatible Boston Scientific mapping and RF generator platforms to deliver controlled energy with continuous saline irrigation.
Key Features
- Open-irrigated 4 mm distal tip electrode for RF ablation with saline cooling
- Three integrated mini electrodes on the distal tip for localized, high-resolution electrogram sensing
- Bidirectional steerable shaft for navigation in cardiac chambers
- Designed for compatibility with Boston Scientific RHYTHMIA HDx mapping system and MAESTRO 4000 RF generator
- Thermocouple temperature sensing at the distal tip
- Single-use, sterile, supplied with a connector cable interface
Clinical Applications
- Intracardiac electrogram mapping during electrophysiology studies
- Radiofrequency ablation of arrhythmogenic substrate in the atria and ventricles, per the manufacturer's Instructions for Use
- Use in conjunction with compatible 3D electroanatomical mapping workflows
- Procedures requiring discrimination of near-field from far-field signals via mini electrode recordings
Product Information
- Brand: Boston Scientific
- Product: INTELLANAV Mini Electrode Advanced Ablation Catheter
- REF / UPN: M004R9620
- Category: EP Ablation Catheters
- Tip configuration: 4 mm open-irrigated tip with 3 mini electrodes
- Steering: Bidirectional (specific curve configuration: Not specified in the located sources)
- Usable length / French size: Not specified in the located sources
- Sterility: Sterile, single use
- Compatibility: Boston Scientific RHYTHMIA HDx mapping system and MAESTRO 4000 RF generator (verify with current IFU)
- Regulatory status: Refer to the manufacturer's labeling for region-specific clearances and approved indications