The Abbott A701127 Bi-Directional Irrigated Ablation Catheter is a steerable electrophysiology (EP) catheter engineered for the delivery of radiofrequency energy with open-irrigation tip cooling. Configured with an F-F bi-directional curve set, an 8 mm distal tip electrode, a 1-4-1 mm electrode spacing pattern, 4 mm interelectrode spacing on the ring electrodes and a 115 cm usable shaft length, this catheter is intended to support precise mapping and ablation of targeted endocardial tissue in adult patients.
Key Features
Bi-directional F-F curve geometry for enhanced reach and tissue contact in complex chamber anatomies.
8 mm distal tip electrode designed for irrigated radiofrequency energy delivery.
1-4-1 electrode configuration with 4 mm interelectrode spacing for high-resolution local electrogram recording.
Open-irrigation distal tip to support cooling at the electrode-tissue interface during energy delivery.
115 cm usable length compatible with standard femoral vascular access workflows.
Compatible with Abbott EP recording, mapping and RF generator ecosystems where indicated by the manufacturer.
Clinical Applications
Diagnostic mapping and recording of intracardiac electrograms in adult electrophysiology studies.
Delivery of radiofrequency ablation energy during cardiac EP procedures, when used in accordance with the manufacturer instructions for use.
Procedural workflows requiring bi-directional steering to access challenging endocardial targets.
Use within hybrid operating rooms and dedicated EP laboratories alongside compatible mapping and ablation systems.
Product Information
Brand: Abbott
REF/UPN: A701127
Category: EP Ablation Catheters
Catheter Type: Bi-directional irrigated ablation catheter
Curve Configuration: F-F
Tip Electrode: 8 mm
Electrode Spacing: 1-4-1 mm
Interelectrode Spacing: 4 mm
Usable Length: 115 cm
Shaft French Size: Not specified in the located sources
Sterility: Not specified in the located sources
Single Use: Not specified in the located sources
Regulatory Status: Not specified in the located sources