The Boston Scientific INTELLAMAP ORION High Resolution Electrophysiology Mapping Diagnostic Catheter (REF M0042001178) is a multi-electrode basket-style diagnostic catheter engineered to support high-density electroanatomical mapping of cardiac chambers when used with the RHYTHMIA HDx Mapping System. It is designed to acquire fine-detail electrograms across a wide range of cardiac geometries during electrophysiology procedures.
Key Features
- High-density electrode array intended to capture small, low-amplitude signals with high spatial resolution.
- Basket-shaped distal assembly that conforms to chamber anatomy to support broad surface contact.
- Mini electrodes engineered for tight inter-electrode spacing to enable detailed activation and voltage mapping.
- Bidirectional deflection to assist navigation and access to varied chamber regions.
- Designed for integration with the RHYTHMIA HDx Mapping System for automated beat acceptance and high-resolution map generation.
- Single-use, sterile diagnostic catheter intended for hospital electrophysiology environments.
Clinical Applications
- High-density electroanatomical mapping during diagnostic electrophysiology studies.
- Activation, voltage and substrate mapping of atrial and ventricular chambers as directed by the operating physician.
- Use as a diagnostic mapping tool in conjunction with compatible mapping and recording systems. Clinical suitability and indications are determined by the treating physician according to the official Instructions for Use.
Product Information
- Brand: Boston Scientific
- Product: INTELLAMAP ORION High Resolution Mapping Catheter
- REF / UPN: M0042001178
- Category: EP Diagnostic Catheters
- System Compatibility: RHYTHMIA HDx Mapping System
- Configuration: Multi-electrode basket array, bidirectional
- Electrode count, shaft size, usable length and curve specifications: Not specified in the located sources
- Sterility: Single-use, supplied sterile
- Regulatory status: Refer to the official manufacturer labeling and Instructions for Use for region-specific clearances and indications.