Internal Cardioversion System BeeAT / SHOCK AT | Products | Japan Lifeline Products and Manufacturing

Engineered for Patient Comfort
and Procedural Efficiency

Low Energy, Targeted AF Cardioversion,
Direct to the Heart

Low Energy Required:

Designed for lower energy delivery than external defibrillation pads

Reduced Risk of Skin Burns:

Efficient energy delivery minimizes the risk of skin burns after cardioversion

Minimally Invasive:

Intended to reduce physical strain and supports patient comfort

External
defibrillation pads

Internal
cardioversion system

Workflow:

1 Venous Access:
Catheter is inserted through the internal jugular vein or femoral vein
2 Catheter Positioning:
Placement of distal electrodes in the coronary sinus and proximal electrodes on the right atrial lateral wall
3 R-Wave Synchronization:
Automatic R-wave detection to synchronize shock delivery and avoid the T-wave
4 Internal Cardioversion (1-30J):
DC shock delivered between the coronary sinus and right atrial electrodes
5 Confirm:
Verification of restoration to sinus rhythm

Optimal Solution for
Non-PV Trigger Mapping

LAO

Multi-site (CS, CS Ostium, Interatrial Septum, and RA) mapping with a single catheter.

System automatically allows EGM recording immediately
after cardioversion to map non-PV triggers causing initiation of atrial fibrillation.

Product Features

Catheter Design

Multi-Lumen Shaft

The BeeAT catheter has a multi-lumen shaft. The CS, RA, and CSos electrodes' conduction wires and the pull wire are threaded into individual lumens. The lumens are composed of highly-insulated fluorinate tubes, providing great resistance to stress from deflection or shocks during ablation procedures.