BIF Model

Coronary

BIF model can facilitates the full procedures around LM (left main) bifurcation and LAD-Dx (diagonal branch) bifucarion strategies.

BIF Model Lineup

LM bifurcation with LAD-Dx bifurcation
Bigger LM bifurcation
Flexibile bifurcation angles

Flexibility in bifurcation angles

Letʼs try T-stenting, Culotte, Crush, KBT and whatever you want!

Lesion parts [ detachable & disporsable ]

75% stenosis with soft plaque suitable for direct stenting.
75% stenosis with concentric calciﬁcation suitable for rotablation.
100% total occlusion easy to pass
100% total occlusion. (Hardness: level 1 to 5)

75% stenosis with concentric calcification suitable for Atherectomy.
75% stenosis with eccentric calcification suitable for Atherectomy.
75% stenosis suitable for IVL
For bail-out scenario “Coronary Rupture”

Suitable for stenting under camera view
Suitable for stenting under X-ray
Calcified lesion for both camera and X-ray
IVUS-visible soft plaque suitable for DCA

Compatible Operating Procedure

Model	CAG	PCI	CABG	CTO	BIF
Coronary angiography (CAG)	〇	〇	〇	〇	〇
PCI/CAG for CABG			〇
Thrombectomy for ACS		〇	〇	〇
IVUS / OCT imaging		〇	〇	〇	〇
Fractal Flow Reserve (FFR)		〇	〇	〇	〇
Stent deployment		〇	〇	〇	〇
Atherectomy (Rotablation/OA)		〇	〇	〇	〇
Intravascular Lithotripsy (IVL)		〇	〇	〇	〇
Directional coronary atherectomy (DCA)					〇
Bifurcation procedure KBT/Culotte & Crush stenting					〇
Chronic total occlusion (CTO)				〇
Coronary rupture (Covered stent)		〇	〇	〇	〇*
Coiling for coronary perforation	〇	〇	〇	〇	〇

*for RCA only

Recommended procedures

Stenting (Simple PCI procedure)

This scenario shows a simple PCI; that is balloon dilatation followed by stent deployment. Imaging catheters (IVUS, OCT, Angioscopy) and FFR are also applicable. Training under X-ray fluoroscopy is more beneficial.

Atherectomy (Debulking procedures)

This scenario allows trainees to understand the strategy behind dealing with various lesions, especially severe calcification. With calcified vessel parts, one can practice the debulking technique with Rotablator and Directional Coronary Atherectomy (DCA) devices. Training under X-ray fluoroscopy is more beneficial.

ACS (Thrombectomy, balloon and stenting)

This scenario facilitates emergent PCI strategy including thrombectomy followed by balloon dilatation and stent deployment. In successful case, you can see some thrombus in a syringe along with a nice final angiography.

Stenting (Simple PCI procedure): This scenario shows a simple PCI; that is balloon dilatation followed by stent deployment. Imaging catheters (IVUS, OCT, Angioscopy) and FFR are also applicable. Training under X-ray fluoroscopy is more beneficial.
Atherectomy (Debulking procedures): This scenario facilitates emergent PCI strategy including thrombectomy followed by balloon dilatation and stent deployment. In successful case, you can see some thrombus in a syringe along with a nice final angiography.
ACS (Thrombectomy, balloon and stenting): This scenario facilitates emergent PCI strategy including thrombectomy followed by balloon dilatation and stent deployment. In successful case, you can see some thrombus in a syringe along with a nice final angiography.

Recommended Bail-out procedures

Coiling for coronary perforation

Coronary perforation

Coiling procedure

Successful coiling

Ping-pong technique for coronary rupture

Coronary rupture

Balloon occlusion

Double guide catheter

Ping-pong technique

Covered stent

Successful stenting

Coiling for coronary perforation: Coronary perforation

Coiling procedure

Successful coiling
Ping-pong technique for coronary rupture: Coronary rupture

Balloon occlusion

Double guide catheter

Ping-pong technique

Covered stent

Successful stenting

Basic Set

Heart Model for BIF

A heart model suitable for practical training in CAG and PCI under X-ray ﬂuoroscopy in the cath lab. Stent deployment and guide wire manipulation can be simulated with this model.

Special 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.

Tubes with Sheath

Special tubes with sheath.
Number of tubes: 2 ( 6･8Fr )

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.

Heart Model: Heart Model for BIF

A heart model suitable for practical training in CAG and PCI under X-ray ﬂuoroscopy in the cath lab. Stent deployment and guide wire manipulation can be simulated with this model.
Special Tank: Special 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: 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.
Tubes with Sheath: Tubes with Sheath

Special tubes with sheath.
Number of tubes: 2( 6･8Fr )
Lubricant: Lubricant

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

Hose with one-touch joint.