ME DI A

TRAI IDo practice not on a patient but ...

Contents“HEARTROID”

3-8

S STEMO RO A R

PCI Model

CTO Model“HEARTROID” is a catheterization simulator

BIF Model

offering procedural trainig

CAG Model

CABG Model-Detachable Legion partsfor interventional cardiologists
and medical students.

-Procedure list

9 - 16 STR

T RE

TAVI Model

TAVI Videoscope Model
TAVI Horizontal Model
TAVI Cardiocranial Model
MV ModelTPVI Modelacoat i lePractical training under
X-ray ﬂuoroscopy

ast

Eas

ASD/PFO Closure Modele a atio

Ready-to-use in just a few
minutes without
any technical knowledge

LAA Closure Model

17 - 20 E

EP ModelLeadless PM Model

21 - 22

ERI H ERAEVT Model

RDN Model

o ta leInﬂight carry-on
baggage compatibleAs it a t io

In the cath lab, ofﬁce,
conference hands-on
and anywhere

23

Myocardial Biopsy Model

24 HEARTROID S ste
Basic Set

25 - 26 HEARTROID
27 - 28 O tio s a d Accesso ies- Re u sa b l e Tra i n i n g S t e n t- Camera Set- Special Stabilizer- Portable Stabilizer- Special Carrying Case
- HEARTROID for Researchand Development

29 - 301o

ati ilit

ist2

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Basic Set

CORONARY

STRUCTURE

EPPERIPHERALOTHERSPro du ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

4. Tubes with Sheath

Number of tubes : 2 (6・8Fr)

5. Lubricant

1 ﬂ. oz.
( lasts for 20 coatings )HEARTROID coronary series can facilitate many scenarios
including simple CAG, PCI, Atherectomy, ACS, CTO, Bifucation

1. Heart Model for Coronary

2. Special Smart Tank

3. HEARTROID Pump Type-I

strategy and some bail-out procedures under angiography

A heart model suitable for practical training in

Compatible with the following heart model

Compatible with the following heart modelvisualized by camera and X-ray ﬂuorosopy.

cath lab. Stent deployment and guide wire

PCI, CTO, BIF, CABG, CAG, Ablation,

PCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,

Myocardial Biopsy Model

EVT, RDN, Myocardial Biopsy Model

CAG and PCI under X-ray ﬂuoroscopy in the
manipulation can be simulated with this model.

Standard Classo

PCI Model

CAG

ati le O e ati
CABG

Rotablation

ACS
DCA

6. HosesSee

i details

oced eIVUS / OCT

Bifurcation

FFR

Stenting

Vascular rupture

Recommended procedures

CTO
Web

Camera view

Stenting (Simple PCI procedure)

Fluoroscopic view

With “Soft Plaque” parts

See p.8

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.
beforeafter

Atherectomy (Debulking procedures)

IVUS

With “Concentric Calc” parts

See p.8

This scenario allows trainees tounderstand the strategy behind

Replaceable Legion parts according to the procedures

dealing with various lesions,

LCX

especially severe calciﬁcation. With
calciﬁed vessel parts, one can

HEARTROID Coronary series have sockets for attachingpractice the debulking technique“Legion parts”(except for CAG model). You can performwith Rotablator and Directional

LAD

Coronary Atherectomy (DCA)

various training by replacing the “Legion parts” according
Legion parts

to the purpose.

devices. Training under X-ray

RCA

See

i details

ﬂuoroscopy is more beneﬁcial.
Rotablation with HEARTROIDACS (Thrombectomy, balloon and stenting)With “ACS” parts

See p.8

Easy to set up
This scenario facilitates emergent
PCI strategy including
thrombectomy followed by balloon

Thrombus

dilatation and stent deployment. In
successful case, you can see somethrombus in a syringe along with anice ﬁnal angiography.

3

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CORONARY

4

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High-end Classoati le O e ati

oced eCTO Model

CAG

CABG

IVUS / OCT

Rotablation

ACS
DCA

Bifurcation

FFR

Stenting

Vascular rupture

CTO
Web

STRUCTURE

EPPERIPHERALHigh-end Classoati le O e ati

oced eBIF Model

CAG

CABG

IVUS / OCT

ACS
DCA

Rotablation

Bifurcation

FFR

OTHERS

Stenting

Vascular rupture

CTO
Web

BIF model can facilitates the fullprocedures around LM (left main)bifurcation and LAD-Dx (diagonalbranch) bifucarion strategies. Letʼstry T-stenting, Culotte, Crush, KBT
and whatever you want!
The features of BIF Model

Fluoroscopic view

Bifurcation

This is a chronic total occlusion (CTO) disease model. It features multiple collateralchannels between LAD and RCA (including septal branch and apex routes), andbetween LCX and RCA (including AV groove and apex routes). The LAD, LCX andRCA have their own pockets, so that if the CTO vessel part is set in the RCA

beforepocket, both the antegrade approach from RCA and the retrograde approach from
LAD can be simulated, and vice versa.
With “CTO” parts

Single stenting
with KBT

See p.8

CTO Model lineup
RAO CAUCTO Model Ver.1

CTO Model Ver.2

With
septal channel

after
T-stenting
with KBTRAO CAU

Without
septal channel

LAO CRALAO CRA

Cross section

KBT (Kissing balloon technique)

TO

See

5

CORONARYi

Try T-stenting, Culotte, Crush, KBT
and whatever you want

KBT & POT
with HEARTROID

BIF legion parts (detachable & disporsable)

a ts

details

D1

LMT

CORONARY

6

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High-end Classoati le O e ati

CABG Model

CAG

CABG

RotablationEP

PERIPHERALOTHERS

oced eIVUS / OCT

ACS
DCA

STRUCTURE

Bifurcation

FFR

Stenting

Vascular rupture

Legion parts (detachable & disporsable)

CTO
Web

Soft plaqueConcentric Calc

DCA

75% stenosis with soft plaquesuitable for direct stenting.

75% stenosis with concentric
calciﬁcation suitable forrotablation.

75% stenosis with eccentric
calciﬁcation suitable for directional
coronary atherectomy.

Perforation

ACS

CTO

The features of CABG Model

Compatible with CTO Models only

For bail-out scenario“Coronary Perforation”

100% total occlusioneasy to pass

100% total occlusion.
(Hardness: level 1 to 5)

This is a triple vessel disease model with a triple coronary artery bypass grafting(CABG) : LITA-mid LAD, RITA-LCX OM branch, and distal RCA. The native

Compatible procedures

coronary artery has a severe stenosis in the proximal LAD, a severe stenosis in
the proximal LCX, and also a severe stenosis in the mid RCA. This model issuitable for bypass graft angiography and PCI simulation for cases involving
CABG.

Entry Classoati le O e ati

oced eCAG Model

CAG

CABG

IVUS / OCT

Camera viewRotablation

ACS
DCA

Bifurcation

FFR

Stenting

Vascular rupture

CTO
Web

Fluoroscopic view

lass

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Model

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This system facilitates full procedures necessary in CAG (coronary angiography). It allows trainees to understand how tomanipulate catheters, guidewires and contrast injectionunder camera and X-ray ﬂuoroscopic view. Both transfemoral andtransradial approach compatible. This entry model is suitable for young cardiologists, medical students and cath lab staffsʼ
team simulation.

7

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ACS

IVUS

OCT

Stenting

FFR

CORONARY

8

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Basic Set

STRUCTURE

EPPERIPHERALOTHERSPro du ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

5. Tubes with Sheath

Number of tubes : 2 (6・24Fr)TAVI Model

6. Lubricant

1 ﬂ. oz.
( lasts for 20 coatings )Web

1. Heart Model for TAVI

2. Valve parts

Heart model suitable for practicaltraining in TAVI under X-ray
ﬂuoroscopy in the cath lab.

One of the valves shown
below is included.（Aortic
Regurgitation Valve）

3. Special Tank for
TAVI

7. Hoses
4. HEARTROID Pump Type-II
Compatible with the following
heart model

See

TAVI, MV, TPVI Modeli details

Coronary Height Varietyo

al ositio

R A

A

T

o e

e

20mm

ositio

R A

10mm

14mm

A

T

e

8mm

Valve parts（detachable）
Aortic Stenosis Valve

Bicuspid Aortic Valve

Aortic Regurgitation Valve

A detachable aortic valve with severe calciﬁcation. A detachable aortic valve with raphe.

A detachable aortic valve without calciﬁcation.

HEARTROID TAVI model facilitates technical training for TAVI (Transcatheter Aortic Valve Implantation), a novel therapy foraortic valve stenosis. With a pulsatile pump included in the set, stent valve deployment under blood ﬂow can be veriﬁed bysimultaneous aortography. This system is appropriate for both balloon-expandable and self-expandable transcatheter stentvalves. It is also applicable to both the TF and TA approach. It can be used under various circumstances, from hands-on
seminars at an exhibition booth to simulation under X-ray ﬂuoroscopy in the cath lab. The detachable aortic valve part
enables quick preparation and effective training.
R

Valve implantation
LAO TechniqueCusp Overlap
Technique with
HEARTROID* Recommended angles are for TAVI model 37°

Aortic Valve variety

Cusp Overlap Techniquie＊ Φ19 mm module is compatible only with the type 2 design of the heart body module

R
R

R

LAO View LAO17 CAU10
9STRUCTURE

Native Coplanar View AP CAU10

Cusp Overlap View RAO25 CAU15

LAO View LAO17 CAU10

Ao tic A
Hea t od

l s
T

e

T

e

T

e

STRUCTURE

10CORONARYTAVI Videoscope Model For Coronary access（a e a ie）

STRUCTURE

EPPERIPHERALOTHERSTAVI Horizontal ModelWeb

ideosoc e ie

R A

Horizontal aortic root anatomy causes difﬁcuty in the valve positioning and delivery system retrieval process in TAVI
procedure. This model has increased aortic angulation of 78° as measured between plane of aortic valve annulus andhorizontal plane.

Aortic Anatomy variety
E

ace ie

A

AO ie

R A

E

ace ieR A
TA I ModelTA I ModelTA I Model

Ho i o tal Ao ta Model

TAVI Videoscope Model can facilitate coronary access simulation training with a videoscope showing En Face view. Thissystem can help interventional cardioplogists understand the catheter manipulation when coronary access is needed forpost-TAVI patients. With X-ray furuoroscopy, one can compare the routine AP or LAO view and En Face view as shown above.

37°

50°
78°

* Recommended angles → See P.9 below

Coronary access & Post-TAVI PCICoronary access

Post-TAVI PCI
coronary stent* Recommended angles
Coplanar view : LAO9 CAU19
Cusp Overlap View : RAO7 CAU44TAVI Cardiocranial Model（For Cerebral protection）

This model can facilitate thefollowing series of simulation
including 1. Cerebral embolic
protection, 2. TAVI Valve
implantation, 3. Post-TAVI
coronary access & PCI(including pre-TAVI coronary
protection)

under X-ray

ﬂuoroscoy and camera view.
Judkins catheter with guide-extention cathter

11

STRUCTURE

STRUCTURE

12

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MV ModelSTRUCTURE

EPPERIPHERALOTHERSTPVI Model

This model can facilitate TPVI (Transcatheter Pulmonary Valve Implantation) simulation training. Hybrid design, soft heartmodel with main pulmonary artery is connected with peripheral pulmonary arteries, realize a real tactile feeling during theprocedure and sooth valve removal process after implantation. There are two types of models which can be used under
X-ray ﬂuoroscopy; type1 (for balloon-expandable valve implantation) is equipped with aorta and coronary arteries and type2
This model can facilitate mitral clipping procedure, which means percutaneous mitral valve repair using the edge-to-edge

is suitable for self-expandable valve.

technique. Detachable mitral valve repeats an opening-closing cycle at a designated heart rate through the pulsatile ﬂow
generated by the specialized pump. There are two types of models which can be used under X-ray ﬂuoroscopy; one is

Type1

Type2

designed for implementing the procedure with TEE and the other is designed for camera view use.

Type2 for self-expandable valve

Basic Set

Product speciﬁcations can be c u st o m iz ed an d ar e su bj ec t t o c h an ge wit h o u t n o t ic e. Please c o n t ac t J MC fo r de ta ils.

Basic Set

Type1 for balloon-expandable valve

Produ ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

4. Tube with Sheath

4. Tube with Sheath

5. Lubricant

5. Lubricant

Number of tubes : 1 (24Fr)

Number of tubes : 1 (24Fr)

1 ﬂ. oz.
( lasts for 20 coatings )13

1. Heart model for MV

2. Special Wide Tank For TEE

3. HEARTROID Pump Type-II

An esophagus is attached to this heartmodel. The size and location of the MV
can be changed upon request.

A special tank for inserting the TEE probe.

Compatible with the following heart model

STRUCTURE

6. Hoses

1. Heart model for TPVI

Compatible with the following heart model.
MV

TAVI, MV, TPVI ModelSee

1 ﬂ. oz.
( lasts for 20 coatings )i details

An esophagus is attached to this heartmodel. The size and location of the TPVI
can be changed upon request.

2. Special Tank for TPVI Type2

3. HEARTROID Pump Type-I
HEARTROID Pump Type-II

6. HosesSee

i details
STRUCTURE

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ASD/PFO closure

Web

STRUCTURE

EPPERIPHERALOTHERSLAA Closure Model

Web

HEARTROID ASD closure model facilitates training for the ASD (atrial septal

HEARTROID LAA closure model facilitates training for the LAA (l(leftdefect) closure procedure, a catheter-based operation for patients withatrial appendage) closure procedure, a catheter-based operation forcongenital defects of the atrial septum. Guided by echocardiography, apatients at risk of stroke due to atrial ﬁbrillation. Guided bydelivery catheter can be inserted through the septal defect into the left

echocardiography, the delivery catheter can be inserted through theatrium, and the closure device can be deployed across the ASD. As blood

Blood ﬂow
atrial septum and the occluder can be deployed in the LAA. Blooﬂow from the left atrium to the left ventricle is simulated, the location of thefrom the left atrium to the left ventricle is simulated, so the location

occluder can be conﬁrmed by X-ray ﬂuoroscopy during the procedure.

of the occluder can be conﬁrmed by X-ray ﬂuoroscopy during theprocedure.

i d Soc

Basic Set

Product speciﬁcations can be c u st o m iz ed an d ar e su bj ec t t o c h an ge wit h o u t n o t ic e. Please c o n t ac t J MC for de ta ils.

Basic Set

odel

ic e

i

Number of tubes : 1 (24Fr)

5. Lubricant

5. Lubricant

1 ﬂ. oz.
( lasts for 20 coatings )15

3. HEARTROID Pump Type-I

An esophagus is attached to this heartmodel. The size and location of the ASD
can be changed upon request.

A special tank for inserting the TEE probe.

Compatible with the following heart model

STRUCTURE

Compatible with the following heart model.
ASD Closure、LAA Closure

6. Hoses

PCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,
EVT, RDN, Myocardial Biopsy ModelSee

i detailsodel

4. Tube with Sheath

Number of tubes : 1 (24Fr)

2. Special Wide Tank For TEE

B occoli

Pro du ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

4. Tube with Sheath

1. Heart model for ASD Closureodel

1 ﬂ. oz.
( lasts for 20 coatings )1. Heart model for LAA Closure

2. Special Wide Tank For TEE

3. HEARTROID Pump Type-I

The basic set includes a heart model with a windA special tank for inserting the TEE probe.

Compatible with the following heart modelsock type LAA. An esophagus is attached to thisCompatible with the following heart model.

heart model. Major LAA types (wind sock, chicken
wing, and broccoli) can be selected upon request.

LAA Closure、ASD Closure

6. Hoses

PCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,
EVT, RDN, Myocardial Biopsy ModelSee

i details
STRUCTURE

16

CORONARY

Basic SetEP

PERIPHERALOTHERSPro du ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

H d o elEP ModelSTRUCTURE

3. HEARTROID Pump
Type-I

Silico4. Tubes with Sheath
Number of tubes :1 (24Fr o r16Fr)

5. Lubricant

Web

1. Heart Model for EP

2. Special Tank for EP

1. Heart Model for EP

1 ﬂ. oz.
( lasts for 20 coatings )2. Special wide Tank

6. Hoses

Heart model suitable for EP training in TAVI
under X-ray ﬂuoroscopy in the cath lab.

GeometryTe

See

Model size can be magniﬁed or reduce depending your request.
T2-chamber design
RA and LA with SVC, IVC

i detailsea ia t2-chamber design
Right PV : common trunk
Left PV : trifurcation

T

e

T

e

4-chamber design

4-chamber design

RA, LA, RV, LV with SVC, IVC with retrograde (arterial) andvenous approach

Recommended procedures
3D mapping （Geometry Creation）
HEARTROID Ablation model facilitates technical training for catheter manipulation and 3D mapping, which are basic

skills required for catheter ablation. With this model, the Brockenbrough Method (atrial septal puncture) guided by ICE(intracardiac echocardiography) can also be simulated. The model is appropriate for both the internal jugular andfemoral vein approach.

Material
Hydrogel series

Silicon series
Hydrogel heart model with
conductive property can facilitate
the simulation of geometry
creation process, which is thefundamental procedure forelectrophysiologists. Type1 and 2
are designed to be accessed from
IVC through atrial septum, andretrograde approach from thefemoral artery is acceptable with
Type3.

For Electromagnetic ﬁeld and ICE imaging
17

EP

For camera view

EP

18

CORONARY

Recommended procedures

STRUCTURE

EPPERIPHERALOTHERS

Leadless PM Model

PVI（Cryoballoon ablation）

Web

Checking fixation

HEARTROID PVI model facilitates

2-chamber

simulated training of a pulmonaryvein isolation procedure, with orwithout X-ray visualization. During
cryoballoon catheter ablation, theoperator is able to check whether
pulmonary vein ﬂow is blocked
appropriately using a pulsatile
pump which included in thestandard set. This model features
all four pulmonary veins (RSPV,
RIPV, LSPV, LIPV), and ICE(intracardiac echocardiography) is
usable when passing through theatrial septum.

HEARTROID Leadless PM model facilitates simulated training

Cryoballoon

4-chamberof a leadless pacemaker device implantation procedure, with

RAO view

LAO view

or without X-ray visualization. The operator is able to simulate
full procedure; inserting a delivery catheter from femoral vein

Lead implantation for coronary sinus and branches

via right atrium into right ventricle, conﬁrming the position of
the device on the right ventricular septum with contrast under

Silicon-based transparent heart

X-ray and deployemnt followed by checking ﬁxation process.

model with CS (coronary sinus)
facilitates the lead implantation
procedure under X-ray ﬂuoroscopy

Leadless PM
implantation with
HEARTROID

and camera view. Coronary sinus
and marginal veins can bevisualized with contrast injection.

Compatible procedures
T

e

T

c
Silico
D

a

i

eo et

H d o elSilicoeTce o s a d a te ial a
H d o elSilicoeoac

H d o elBasic Set

Produ ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

4. Tube with Sheathc eatio

Number of tubes : 1 (24Fr)

5. Lubricant

1 ﬂ. oz.
( lasts for 20 coatings )I Ei a iI

it c o alloo

1. Leadless PM Model

2. Special Wide Tank

3. HEARTROID Pump Type-I

6. HosesCompatible with the following heart model

ead i la tatioa d a c es

19EPo co o asisPCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,
EVT, RDN, Myocardial Biopsy ModelSee

i details
EP

20

CORONARY

EVT Model

Basic Set

RDN Model

Web

Product speciﬁcations can be c u st o m iz ed an d ar e su bj ec t t o c h an ge wit h o u t n o t ic e. Please c o n t ac t J MC for de ta ils.

Basic Set

STRUCTURE

EP

Pro du ct spe ciﬁ ca tio ns ca n b e cu sto mize d a n d a re sub je ct to ch a ng e w ith o ut notice. Pleas e contact JMC for details .

4. Tubes with Sheath

4. Tubes with Sheath

5. Lubricant

5. Lubricant

Number of tubes : 2 (8Fr)

1 ﬂ. oz.
( lasts for 20 coatings )2. Special Tank for EVT

3. HEARTROID Pump Type-I

Peripheral vessel model. Major arteries
from terminal aorta to plantar arch withsome pockets capable of setting removablelegion parts.

Tank provides excellent visibility under X-ray

Compatible with the following heart model

ﬂuoroscopy and non-ﬂuoroscopic situation.
Divided construction allows above-knee-speciﬁc
procedures from iliac to popliteal artery.

6. Hoses

PCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,
EVT, RDN, Myocardial Biopsy Model

OTHERS

Web

Number of tubes : 2 (8Fr)

1. EVT Model

PERIPHERAL

Seei details

1 ﬂ. oz.
( lasts for 20 coatings )1. Vessel Model for RDN

2. Special Tank for RDN

3. HEARTROID Pump Type-I

The model is primarily designed for RDN(renal denervation). Vessel model can becustomized depending on the purpose ofuse, along with the special tank.

Transparent tank that provides highvisibility for catheter use simulation with orwithout X-ray ﬂuoroscopy. No more thansix liters of water are required for training.

Compatible with the following heart model

6. Hoses

PCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,
EVT, RDN, Myocardial Biopsy ModelSee

i details

HEARTROID EVT model facilitates simulation for peripheral intervention procedures under X-ray ﬂuoroscopy and

HEARTROID RDN model allows trainees to understand how to manipulate catheters during RDN (renal denervation) procedure

non-ﬂuoroscopic situation. This vessel model covers from the terminal aorta to the plantar arch, and supports both retrogradewith or without X-ray ﬂuoroscopy.

and antegrade approaches. Similar to the HEARTROID coronary artery model, this system can incorporate sections of stenosis,

With a pulsatile pump included in the set, blood ﬂow from the aorta to the extremity can be simulated and veriﬁed by realistic

total occlusion and severe calciﬁcation, thus allowing procedures of various cases such as stent deployment and debulking

angiographic imaging. We offer steeply angled renal branches, along with further customization depending on usage.

procedures. The tank can be divided between the above-knee area (AK) and the below-knee area (BK) for easy setup.

21

PERIPHERALPERIPHERAL

22

CORONARYSTRUCTURE

EPPERIPHERALOTHERSHEARTROID System

Myocardial Biopsy Model

Web“HEARTROID” is a training system with a heart model and a
LAO view

pulsatile pump for interventional cardiologists and medical
students. This system offers clear angiographic images under X-ray
ﬂuoroscopy in the Cath lab, with a short prep time of only threeminutes.

RAO view

Heart modelst oSpecial Tank

ate t e ta

a d coect

Pulsatile Pump

it t e Hea t

odel

With this model, the myocardial biopsy procedure can be simulated under X-ray ﬂuoroscopy, similar to the set-up in a real
cath lab. The transparent heart model enables one to practice the procedure by conﬁrming the direction of the sheath andforceps through both an X-ray image and a camera image.

Red
material

Transparent
material

Basic Set
Heart modelSpecial Tank

A 3D-printed models to practice coronary, structual, peripheral andTransparent tank that provides high visibility for catheter use simulation

ablation procedures. Ability to customize as needed.

with or without X-ray ﬂuoroscopy. No more than six liters of water are
required for training.

Tissue removed from the ventricular
septum.

Tissue removed from the ventricular
free wall, not the ventricular septum.

As the material used to simulate the ventricular septum isdifferent from that of the ventricular free wall, it is easy to
conﬁrm whether the tissue was removed from the appropriate
area after the procedure. Using the X-ray image, it is possible
to determine if the forceps are facing towards the free wall.

Pulsatile Pump

The compact camera with a ﬂexible arm can provide a clear

Our uniquely-developed pulsatile

image from various angles.

pump can be set by 30-120 bpm(1200-4800ml/min in ﬂow volume.).
Realistic coronary images are

Basic Set

obtained by particular patterns of the

Product speciﬁcations can be customized and are subject to change without notice. Please contact JMC for details.

cylinder movement.

4. Tubes with Sheath
5. Lubricant

1 ﬂ. oz.
( lasts for 20 coatings )6. Hoses
1. Heart Model for Myocardial
BiopsyThe heart shape is designed based on the
Four-Chamber Model. The septal part canbe replaced. Please contact JMC for details.

23

OTHERS

SheathLubricantHoses

Special tubes with

Special lubricant for

Hose with one-touch

sheath.

coating the inner surface

joint.

2. Special Smart Tank

3. HEARTROID Pump Type-I

Compatible with the following heart model

Compatible with the following heart model

1 ﬂ. oz. ( lasts for 20

PCI、CTO、BIF、CABG、CAG、Ablation

PCI, CTO, BIF, CAG, TPVI, EP, Leadless PM,

coatings )EVT, RDN, Myocardial Biopsy Modelof the heart model.

See

i details
OPTION24

Lesion parts can realize
various scenarios

VA
PI

M2

NV model platform has a pocket for attaching "lesion parts".
Various scenarios for simulation training can

M1

be implemented by replacing the "lesion
parts" depending on your purpose.

HEARTROID NV is the ﬁrst neurovascular model as HEARTROID
brand, which has a lot of experience in cardiac catheterization

Recommended procedures

simulators.
This model realistically reproduces the tactile feeling of catheter
operation as well as the way it looks under X-ray ﬂuoroscopy by

Coil embolization

making the most of our technology accumulated to date.
The HEARTROID NV is ideal for physicians seeking to improvetheir skills through simulation training and for sharing the proce-

As in actual clinical practices, cerebral angiography in DSA mode can be
performed, and using this image as adures with brand-new devices.

reference, the catheter can be delivered
to the lesion and an embolic coil can be
implanted in the aneurysm. This procedure can be repeated over and over again

Webサイトby replacing the aneurysmal lesion parts.

Thrombectomy

Flow-diverter deployment

As in actual clinical practice, a series of procedures can be per-A removable aneurysm (φ15 mm) is available for simulation

All-in-one catheterization simulator for neurovascular interventional
procedures
By reproducing blood ﬂow with a dedicated pulsating pump, cerebral angiography can be performed under as in actual clinical practice. This transparent
vascular model created by using a 3D-printing technology allows us to directly
observe the behavior of the devices such as embolic coils for cerebral
aneurysms and stent retrievers for thrombus retrieval in stroke cases. The
system enables effective simulation training by monitoring both direct visual
images and X-ray ﬂuoroscopic images, which cannot be realized in actual
clinical practices.

formed from delivery of the stent retriever to thrombus retrieval

training on the Flow-diverter system, a new treatment meth-while performing cerebral angiography. The procedure can be

od for large cerebral aneurysms. The morphology and the size

repeated by replacing the disposable thrombus lesion parts.

of aneurysms are customizable.

Basic Set

Options and Accessories
1. NV Model
The transparent vessels allow for
the catheter procedure simulationby comparing the X-ray-fluoroscopic image with the direct view
from the camera.

4. Tubes with Sheath
Number of tubes : 3 (10Fr)

5. Lubricant
1 ﬂ. oz.
(lasts for 20 coatings)

6. Hoses

Cerebral angiography can be performed with contrast
under X-ray ﬂuoroscopy

25

HEARTROID NV

Before thrombus retrieval

Successful microcatheter
deliveryAfter thrombus retrieval

2. Smart tank for NV

3. Pulsatile Pump

Camera Set
A compact camera with a ﬂexible armthat can provide clear images from various angles.
Via the flexible arm, observation fromvarious angles can be performed.
Simple connection with a camera andmonitor, a clear image can be attained.

Carrying case customized
for HEARTROID NV.
Total Outer Size:
H66.5× W49.5× D29cm
C a p a b l e of c o nt a in in g t h ebasic set and special table.

HEARTROID NV

26

Options and Accessories

Special Carrying Case

Reusable Training Stent

RemoveDeployUsed in Heart Coronary Model for PCI training. Deployed witha balloon catheter as for a real PCI procedure (not for humanuse) and easy to remove.

Special Carrying Case (large)

Special Carrying Case (small)

Damage Protection Case

Large carrying case customized for HEARTROID.
Total Outer Size: 730 x 515 x 325mm
Capacity: 96 liters
Capable of containing the basic set and special table.

Small portable case customized for HEARTROID.
Total Outer Size: 540 x 360 x 250mm
Capacity: 40liters
Capable of containing the basic set.

Total Outer Size: 712 x 500 x 337mm
Capable of containing the whole basic set.
boxCaseTrunkCapable of containing the basic set.

Camera Set

A compact camera with a ﬂexible armathat can provide clear images fromO

a e Si evarious angles.
Via the ﬂexible arm, observation fromvarious angles can be performed. Simple
connection with a camera and monitor, aclear image can be attained.

HEARTROID for R & D

Special Stabilizer

Portable Stabilizer

Special Stabilizer for TAVISpecial Stabilizer to stabilize the tank and sheath to make catheter manipulation easier.

27

OPTIONA portable sheath stabilizer easy to store
in a small portable case.

A high performance pump producing and controlling pulsatile ﬂows and a water tank appropriate for various clinicalscenarios and heart models are available. Please contact JMC for price and customization.
Product speciﬁcations can be customized and are subject to change without notice. Please contact JMC for details.

OPTION28

Compatibility List
Pulsatile Pump

Basic Set

Type-I

Type - II

Special Tank

Smart

TAVI

MV

TPVI

Wi d ef or T EE

EP

W id e

EVT

R DN

NV

Hoses

SheathLubricantLesion
parts

ー

ー

ー

ー

Large

DamageProtectionー

Carry case

Page

HEARTROID Model

Coronary

PCI Model●●●● 6Fr, 8Fr●●（Refer to p.8）

●

●

3-4

CTO Model●●●● 6Fr, 8Fr●●（Refer to p.8）

●

●

5

BIF Model●●●● 6Fr, 8Fr●●（Refer to p.8）
BIF only●●

6

CABG Model

●

●

●

● 6Fr, 8Fr●●（Refer to p.8）

●

●

7

CAG Model●●●● 6Fr, 8Fr

●

●

●

7

●

● 6Fr, 24Fr

●

●

●

9 - 12●● 24Fr

●

●

13

●

● 24Fr●●14

TAVI Model●

MV Model●●Specific tank neededfor each model●

TPVI Model●

ASD / PFO
Closure Model

●

●

●

● 24Fr●●15

LAA Closure
Model

●

●

●

● 24Fr●●16

EP Model（Hydrogel series）●

EP Model（Silicon series）

●

●

●

● 24Fr

Leadless Model

●

●

●

EVT Model●

RDN Model●

HF

Myocardial Biopsy
Model

●

NV

NV Model●Structure

EP

●

●

●

●

● 24Fr

●

●

17

●

●

●

17

● 24Fr

●

●

●

20

●

● 8Fr × 2●●

● 8Fr × 2●●●

or16Fr

●

21

●

●

22

● 10Fr × 2

●

●

●

23

● 10Fr × 3

●

●

●

25 - 26

Peripheral

29

Compatibility List

●

●

●

●
EVT only●
NV only

Compatibility List

30