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Cardiac Intervention Simulation Model

The product is based on Chinese clinical CT/MRI imaging data and accurately replicates the anatomical structures of the heart chamber, core blood vessels, and valves in a 1:1 ratio. It covers the thoracic and abdominal arteries, lower limb arteries, and systemic venous system, and supports the operation of a full range of interventional devices such as guide wires, catheters, endovascular stents, four major artificial valves, and pacemakers. The breakthrough model covers two core surgical training categories: cardiovascular intervention (including four major valve biological/mechanical replacement surgeries) and peripheral vascular intervention, with adjustable blood flow parameters (pressure, flow rate, temperature, frequency) and high transparency X-ray materials. It is suitable for skill training, personalized surgical planning, valve and interventional instrument performance testing in medical schools, hospital training centers, and medical device enterprises, providing high fidelity and multifunctional solutions for preclinical valve replacement and complex interventional surgical training.

Specification of Cardiac Training Model - Type B

Features	Newly added training for biological/mechanical replacement of four major valves (aortic valve, mitral valve, pulmonary valve, tricuspid valve), compatible with traditional cardiovascular interventions (pacemaker implantation, radiofrequency ablation, etc.) and peripheral vascular interventions (aortic dissection stent implantation, renal artery dilation, etc.), supporting various types of instruments such as guide wires, artificial valves, stents, etc., one-stop to meet the full scenario training needs from basic operations to complex valve replacement. 1: 1. Restoring the shape and size of Chinese heart valves, blood vessels, and chambers, made of food grade silicone material, capable of transmitting X-rays, and compatible with DSA imaging equipment; Support the replacement of standard modules such as complete heart chambers, pulmonary arteries and aortic arches, iliac arteries/femoral arteries, etc. Customization of lesion modules such as aneurysms, arterial stenosis, and foramen ovale inserts is available to adapt to personalized surgical scenarios. Multiple puncture points for femoral arteries and veins, subclavian arteries and veins, and carotid arteries and veins are provided, which are in line with clinical surgical approach habits.
PN	PLXZXG004B
Main Material	Highly transparent soft silica gel, hardness: 30A
Product Size	Model length: 75 cm
	Model width: 37cm
	Model height: 28 cm
Lead Time	15 days
Origin	Shanghai, China

Drawing of Cardiac Training Model - Type B

Main Dimensions of Cardiac Training Model - Type B

FAQ On Drawing of Cardiac Training Model - Type B

Q: What are the core new features of this model compared to Type A? What valve replacement related training is supported?

A: Training on biological valve replacement and mechanical valve replacement for the four major heart valves (aortic valve, mitral valve, pulmonary valve, tricuspid valve) has been added to the core, while retaining the full interventional surgical coverage capability of type A. Specific support for aortic valve biological/mechanical replacement surgery, mitral valve biological/mechanical replacement surgery, pulmonary valve biological/mechanical replacement surgery, tricuspid valve biological/mechanical replacement surgery, and simulation of implantation operations for the four major artificial valves.

Q: Does the valve size of the model meet clinical standards? Can it meet the simulation training needs of different patients?

A: The size of the model valve is designed based on clinical data from Chinese people and conforms to common clinical size specifications; Simultaneously supporting the replacement of complete heart chambers and customized lesion modules to meet personalized surgical planning and rehearsal needs.

Q: Is the model suitable for DSA imaging guided training?

A: The main body of the model is made of highly transparent (transparency ≥ 90%) food grade silicone, which is non-toxic, odorless, and can provide authoritative testing certificates. The material is transparent to X-rays and fully suitable for operation training under DSA imaging guidance