HRA Mapping Catheter

Specialized catheter for electrophysiological mapping and ablation of cardiac arrhythmias. Enables precise diagnosis and minimally invasive treatment of heart rhythm disorders.

Specialized electrophysiology catheters for precise mapping and recording of cardiac electrical signals during diagnostic and therapeutic procedures.

Complete catheter systems for cardiac electrophysiology mapping and ablation procedures, incorporating high-density interconnect technology. Enables precise arrhythmia diagnosis and treatment in cardiac interventions.

A specialized catheter used in electrophysiology procedures, available in radiofrequency (RF), pulsed field ablation (PFA), and mapping configurations. These catheters are designed for cardiac arrhythmia diagnosis and treatment through electrical mapping and ablation of abnormal cardiac tissue.

High-precision components for electrophysiology catheters including mapping and ablation electrodes. Engineered for cardiac arrhythmia diagnosis and treatment.

Cardiac ablation catheter designed for mapping, recording, and pacing of electrophysiological signals during cardiac arrhythmia treatment. Features cobalt chromium alloy construction for persistent support and fatigue resistance. Indicated for diagnostic electrophysiological procedures and therapeutic cardiac ablation interventions.

A diagnostic electrophysiology catheter used for mapping and recording of electrical signals in the heart.

A circular mapping catheter used in electrophysiology procedures for recording electrical signals from cardiac structures.

Connector system for cardiac mapping catheters enabling multi-channel signal transmission for electrophysiology procedures.

A catheter-based system for cardiac ablation procedures targeting arrhythmias. The device enables precise delivery of ablative energy to diseased cardiac tissue with improved tracking and positioning capabilities.

A single-use cardiac pulsed field ablation catheter featuring asymmetric electrode design for targeted unilateral ablation and precise delivery of pulsed electric field energy. The device reduces hemolysis risk and provides superior contact force through central spiral design, enabling efficient ablation for pulmonary vein isolation and selective linear ablation.

A multi-pole heart catheter designed for high-density mapping applications in cardiac diagnosis and treatment. This device enables advanced electrophysiological mapping with multiple electrode poles to capture detailed cardiac electrical activity.