Coronary Artery Simulation Model

Designed and produced based on 1:1 clinical CT/MRI imaging data from Chinese patients, using food grade high transparency silicone (transparency ≥ 90%), it is a specialized simulation model designed for training medical staff in coronary intervention surgery skills. It supports various interventional instrument operations and mainstream coronary surgery project drills, with functions such as blood flow parameter adjustment and modular lesion replacement. It can simulate the real human vascular anatomical structure and operational texture, and assist in the standardized and repetitive training of interventional surgical skills.

Specification of Coronary Training Model -B（Pulse version）

Features	Suitable for various types of vascular intervention surgical instruments such as guide wires, catheters/balloon catheters, and intravascular stents, matching commonly used clinical intervention tool types. The heart adopts a soft pulsation simulation design, with a complete internal anatomical structure of the heart cavity, accurately reproducing the true clinical form, and supporting detailed simulation training of intracavitary operations. Support the operation simulation of mainstream coronary intervention procedures such as coronary angiography, percutaneous transluminal coronary angioplasty, percutaneous coronary stenting, percutaneous balloon angioplasty, and balloon angioplasty for artificial vascular stenosis. Multi lesion replacement training: supports the replacement of various vascular modules such as aorta, femoral artery, and coronary artery stenosis segments, and adapts to different lesion scenarios for training; The model material is X-ray transparent and supports operation training that is close to the real clinical environment under DSA imaging equipment.
PN	PLXZXG003B
Main Material	Highly transparent soft silica gel, hardness: 30A
Product Size	Model length:75 cm
	Model width:37 cm
	Model height:28 cm
Lead Time	15 days
Origin	Shanghai, China

Drawing of Coronary Training Model -B（Pulse version）

Main Dimensions of Coronary Training Model -B（Pulse version）

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FAQ On Drawing of Coronary Training Model -B（Pulse version）

How to replace the diseased vascular segments of the training model?

Answer: The model adopts a modular design of the main blood vessels, supporting customization and replacement of vascular modules such as the aorta, femoral artery, radial artery, and straight/curved segment of coronary stenosis lesions.Simply remove the corresponding module and replace it with a new diseased vessel segment. The operation is simple and efficient, and training in different lesion scenarios can be repeated.

What vascular approaches does this model support for puncture training?

Answer: The model provides multiple commonly used clinical vascular access options, including femoral artery, radial artery, and subclavian artery puncture points, which can cover mainstream coronary intervention surgical access scenarios in clinical practice.

Differences in coronary artery models

Product Name	Human-shaped Shell Base	Acrylic Shell Base	Light-emitting Base Plate Configuration	Difference
Coronary Artery Simulation Model	Support	Not supported	Not supported	The heart is made of a hard shell material that only serves to support the coronary arteries.
Coronary Training Model - A	Support	Support	Support	The heart is made of a hard shell material that only serves to support the coronary arteries.
Coronary Training Model - B	Support	Support	Support	The heart is made of silicone material and connected to the root of the aorta. After connecting the pulse pump and filling the heart with water, it has a pulsatile effect. (Note: The heart cavity is empty and has no structure)
Coronary Training Model - C	Support	Not supported	Not supported	Without a cardiac shell, the coronary arteries are supported and fixed in position by a base. There are more branches at the coronary artery compared to type A and type B

FAQ On Drawing of Coronary Training Model -B（Pulse version）