Silicone Cardiac Vessels

• 

The Silicone Cardiac Vessels we provide mainly include Coronary Artery, Transcatheter aortic valve replacement (TAVR) Simulation Model, Cardiac Intervention Simulation Model, Right Cardio-Pulmonary Artery, Cardiac Veins, Left Atrial Appendage Vessels, TransseptalPuncture Vessels and so on.

These Silicone Cardiac Vessels can be used for performance testing, functional demonstration, and training of cardiovascular intervention devices.

What Is Silicone Cardiac Vessels Used For?

It is applicable to performance test, functional demonstration and training of Cardiovascular surgery such as Percutaneous Coronary Intervention (PCI), Transcatheter aortic valve replacement (TAVR), coronary angiography, PTCA+stent surgery, mitral balloon dilation, radiofrequency ablation, pacemaker implantation, interventional therapy for congenital heart disease, and intracoronary thrombolysis etc.

Why Choose Preclinic Medtech Silicone Cardiac Vessels

heart disease model

Real Heart Anatomical Structure

The Silicone Cardiac Vessels are designed based on the real clinical CT/MRI image data.

heart disease prediction model

Simulate Human Blood Circulation and phantom heartBeat

The end branches of silicone blood vessels have specially designed circulation pipeline interfaces, which facilitate the introduction of blood flow into the pipeline system at the bottom of the model and simulate the hemodynamic characteristics of real human bodies. Combined with our Cardiac hemodynamic simulation device, High-precision pulsatile pump and Blood Pressure Simulator, it can simulate real heart beats and measure blood pressure at a certain point or end range.

heart surgeon simulator

Modular Structure Design

Customizable replacement vascular module to practice various diseases especially in cases of congenital heart diseases to meet the demand for simulation training of surgery.

heart surgery surgeon simulator

Digital Subtraction Angiography (DSA)

By injecting contrast agent into the silicone blood vessel, the X-ray image of the silicone vessel and intravascular medical device can be taken.

For more informationabout right heart cath pressures/ atrial septal defect vs pfoand medical model definition, please feel free to contact us!

Другие товары поставщика

	Hysteroscopy Simulator	This uterine modelis mainly made of soft silica gel, which is applicable to the performance test, functional demonstration and training of interven...
	Physical Sim Accessories	Preclinic Medtech is able to provide different kinds of physical sim accessories, including blood simulant, Lubricant Liquid, Luer taper, Stones an...
	Silicone Neuro Vessels	Make your thoughts more reality! With rich experience in developing high simulation models and supporting equipment, our team has cooperated wit...
	Posterior Cerebral Circulation Vessel Model	This product is mainly made of high transparent soft silica gel, which is used for surgical training related to intracranial artery interventional ...
	Urological Endoscope Training Model	This urinary system anatomy model is mainly made of soft silica gel, which is applicable to the performance test, functional demonstration and trai...

Похожие товары

	Urological Endoscope Training Model	Продавец: Preclinic Medtech (Shanghai) Co., Ltd.	This urinary system anatomy model is mainly made of soft silica gel, which is applicable to the p...
	Upper Gastrointestinal Simulator	Продавец: Preclinic Medtech (Shanghai) Co., Ltd.	This model is mainly made of soft silica gel, which is used for surgical training related to endo...
	Silicone Vessels	Продавец: Preclinic Medtech (Shanghai) Co., Ltd.	Special for testing, training and demonstration! All silicone vessels are printed from patient-s...
	Silicone Peripheral Vessels	Продавец: Preclinic Medtech (Shanghai) Co., Ltd.	The Silicone Peripheral Vessels we provide mainly include Abdominal aorta, femoral artery, femora...
	Silicone Neuro Vessels	Продавец: Preclinic Medtech (Shanghai) Co., Ltd.	Make your thoughts more reality! With rich experience in developing high simulation models and...