EP Model

HEARTROID Ablation model facilitates technical training for cat heter manipulation and 3D mapping, which are basic skills required for catheter ablation.
With this model, the Bro ckenbrough Method (atrial septal puncture) guided by ICE(intracardiac echocardiography) can also be simulated. The mode l is appropriate for both the internal jugular and femoral vein approach.

Material

Hydrogel series

For Electromagnetic field and ICE imaging
Silicon series

For camera view

Geometry

2-chamber design
RA and LA with SVC, IVC
2-chamber design
Right PV : common trunk
Left PV : trifurcation
4-chamber design
RA, LA, RV, LV with SVC, IVC
4-chamber design
with retrograde (arterial) and
venous approach

3D mapping (Geometry Creation)

Hydrogel heart model with conductive property can facilitate the simulation of geometry creation process, which is the fundamental procedure for electrophysiologists. Type1 and 2 are designed to be accessed from IVC through atrial septum, and retrograde approach from the femoral artery is acceptable with Type3.

- Basic Set -

Heart model for EP

Four-chamber-structured transparent heart model with all four pulmonary veins (RSPV, RIPV, LSPV, LIPV) ,SVC andIVC. Femoral vein and intrajugular ven approaches are possible.

Special Wide Tank

Transparent tank that provides high visibility for catheter use simulation with or without X-ray fluoroscopy. No more than six liters of water are required for training.

Pulsatile Pump

Our uniquely-developed pulsatile pump can be set by 30-120 bpm (1600-4000ml/min in flow volume.). Realistic coronary images are obtained by particular patterns of the cylinder movement. The pump and tank are connected with easy-to-prepare connectors to avoid water leaks and time losses.

Tube with Sheath (24Fr)

Number of tubes: 1( 24Fr )

Lubricant

Special lubricant for coating the inner surface of the heart model.
1 fl. oz. ( lasts for 20 coatings )

Hoses

Hose with one-touch joint.