The Boston Scientific INTELLAMAP ORION High Resolution Electrophysiology Mapping Diagnostic Catheter (REF M004RUSPWRCORD) is a multi-electrode diagnostic mapping catheter engineered to support high-density electroanatomic mapping of cardiac chambers during electrophysiology procedures. Its mini-basket distal architecture is designed to deliver dense electrogram acquisition for detailed substrate characterization when used with compatible Boston Scientific mapping platforms.
Key Features
Mini-basket distal assembly with multiple small surface area electrodes for high-resolution signal acquisition.
Designed to enable simultaneous multipoint electrogram collection to support rapid map creation.
Atraumatic basket design intended to conform to chamber anatomy during mapping.
Engineered for compatibility with the Boston Scientific RHYTHMIA HDx Mapping System.
Single-use, sterile diagnostic catheter packaged for hospital electrophysiology lab workflows.
Specific electrode count, spacing, splines, shaft French size and usable length: Not specified in the located sources.
Clinical Applications
Intended for intracardiac electrogram recording and stimulation during diagnostic electrophysiology studies.
Supports high-density mapping workflows for atrial and ventricular arrhythmia characterization in conjunction with a compatible mapping system.
Used by electrophysiologists to acquire activation, voltage and substrate maps to inform procedural strategy.
Regulatory clearances and approved clinical indications: Not specified in the located sources; refer to the manufacturer Instructions for Use for the applicable region.
Product Information
Brand: Boston Scientific
Product: INTELLAMAP ORION High Resolution Electrophysiology Mapping Diagnostic Catheter
Category: EP Diagnostic Catheters
REF/UPN: M004RUSPWRCORD
Compatibility: Boston Scientific RHYTHMIA HDx Mapping System
Configuration: Multi-electrode mini-basket distal section
Use: Single-use, sterile
Detailed dimensional and electrical specifications: Not specified in the located sources.