The Boston Scientific POLARIS X Steerable Decapolar Diagnostic Electrophysiology Catheter (REF M0045454S) is a multipolar mapping and recording catheter designed for use during diagnostic electrophysiology procedures. The catheter combines a steerable distal section with ten platinum electrodes to support intracardiac signal acquisition and programmed electrical stimulation in a range of cardiac chambers and structures.
Key Features
Ten-electrode (decapolar) distal array for multi-site intracardiac recording and pacing.
Steerable shaft with a deflectable tip to facilitate navigation and stable positioning.
Platinum electrode construction intended to support clear signal fidelity.
Torque-responsive shaft design for controlled rotation and placement.
Single-use, sterile configuration consistent with diagnostic EP catheter use.
Standard EP recording system connector compatibility — specific connector type: Not specified in the located sources.
Clinical Applications
Intracardiac electrogram recording during diagnostic electrophysiology studies.
Programmed electrical stimulation for arrhythmia assessment.
Mapping of multi-site activation sequences along linear cardiac structures such as the coronary sinus or right atrium.
Use as a reference catheter during broader EP workflows. Specific approved indications and patient population: refer to the manufacturer Instructions for Use.
Product Information
Brand: Boston Scientific
Product Line: POLARIS X
Catheter Type: Steerable diagnostic EP mapping catheter
Electrode Configuration: Decapolar (10 electrodes)
Category: EP Diagnostic Catheters
REF / UPN: M0045454S
Curve Type: Not specified in the located sources
Electrode Spacing: Not specified in the located sources
Usable Length: Not specified in the located sources
French Size: Not specified in the located sources
Sterility: Provided sterile, single use (confirm with IFU)
Regulatory status, market availability and clinical suitability must be verified with Boston Scientific and local regulatory documentation prior to procurement.