CALM AFTER THE STORM

SHOCK AT is a generator specifically designed to deliver intracardiac cardioversion energy
through a dedicated catheter, BeeAT, to terminate atrial arrhythmias including atrial
fibrillation, atrial flutter, and atrial tachycardia during ablation procedures.
Atrial fibrillation procedures are most suited for SHOCK AT due to the frequent necessity for
cardioversion.
In comparison to external defibrillators, SHOCK AT can terminate atrial fibrillation withrelatively lower energy and less invasiveness. It provides a novel strategy for catheter ablation.

High-insulation
fluorinated tube
Pull-wire

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

Wide-Band Electrodes

RA conducting
wire
SVC conducting
wire
Multi-Lumen Shaft

Cardioversion energy is delivered between the RA and CS wide-band electrodes.
Depending on the size of the heart, physicians may choose a different electrodespacing between the RA and CS electrodes: 50mm (S), 70mm (M), and 90mm (L)for optimal cardioversion.

Multi-Site Mapping
CS, RA, and SVC EGMs can be recorded with one catheter.

Delivery Approaches
SVC and IVC approach catheters are available.

APCS conductingwireEnergy Output
The programmable range of the energy output is 1 – 30J
and it can be adjusted in 1J increments.

Power Supply
In addition to the AC power supply, DC power is available
which is insusceptible to electrical noise interference.

EP Recording System

Filtered ECG
Intracardiac electrogram inputs are adjusted by abandpass filter and auto-gain control to enable an
R-wave triggered cardioversion.

IEGM Auto-Switching
Ensuing the delivery of the cardioversion, SHOCK Atα
automatically discontinues the transmission of electricalinformation to the EP recording system. The electricaltransmission is automatically reestablished 50msec
post-cardioversion. Therefore, the IEGM can be checked
immediately after the application.

Generator screen right after cardioversion is deliveredIVC Approach for Cardioversion
A new choice in the BeeAT lineup.
Groin puncture & IVC approach with the identical proven curve plus distal tip deflection.

Backward-Bending
Backward-bending curve for easier
CS ostium cannulation

Create a 270°loop
along the RA wall
for CS ostium cannulation
Pacing at CS ostium

Mapping SVC potentials when inserted

Create a loop in the RA
and approach the septum

Cannulate the CS ostiumby using a backward-bending
curve at distal tip

Maneuver distal tip
and insert into the CS

Asymmetric Handle Design
Lever

Fine control through deflectable area

6F・Duodecapolar Steerable Type
Model No.

Electrode Spacing (mm)Type

Usable Length (cm)Type

Usable Length (cm)Model No.

Usable Length (cm)S208282PS-SAOC3

6F・Duodecapolar Fix Type (with inner lumen)
Model No.

SF20884L-80M

Electrode Spacing (mm)Catheter Material
Electrode
Platinum-Iridium

Shaft

Generator
Model No.

Accessories
Product NamePowerModel No.

Power Cable
IEGM Cable
INPUT Cable

Dimensions (mm)Weight (kg)

Additional Accessories
Product Name

Model No.

Usable Length (cm)Power Cable
IEGM Cable

INPUT Cable
Some models may not be approved in your country.
Please contact our local representatives for further information.

2-2-20, Higashishinagawa, Shinagawa-ku,
Tokyo 140-0002 Japan
https://www.japanlifeline.com

2024_04_02_globalweb
2024-01-00-02-global