

Coronary Artery Simulation Model

Name: Coronary Artery Simulation Model
Brand: Preclinic Medtech (Shanghai) Co., Ltd.

The 3D coronary artery model is mainly made of high transparent soft silica gel, which is used for surgical skill training related to coronary intervention diagnosis and treatment, new ability test and function demonstration of surgical instruments; The coronary artery model parts include coronary artery guide wire, catheter, stent, rotator and other instruments. Our 3D model of coronary arteries is made of high-quality materials, durable and easy to clean, making it ideal for medical education and clinical training. Each coronary arteries heart model undergoes strict quality control to ensure the accuracy and reliability of details. Choosing our coronary artery model will give you the most realistic and professional coronary artery simulation experience.

Products

Medical Simulation Models



Silicone Vessels

Full Body Vascular Simulation Models Neuro vascular intervention simulation Silicone Cardiac Vessels Silicone Peripheral Vessels



Endoscopy Simulators

Bronchoscopy Training Model Endobronchial therapy training model Respiratory Endoscope Training Model Pediatric Bronchoscope Training Model Colonoscopy Training Model Upper Gastrointestinal Simulator Urological Endoscope Training Model Training model of percutaneous nephrolithotomy ultrasound puncture Hysteroscopy Simulator Endobronchial ultrasound (EBUS-TBNA) Training Model

Supporting Equipments



Cardiac Hemodynamic Simulation Device



Pulsation pump (Touchable display screen)



Large flow pulsation pump



Blood Pressure Simulator



Camera System for Medical Models

Accessories



Physical Sim Accessories

Operation Training Simulator



Bronchoscopy Operation Training Simulator



IPSIM Bronchoscopic Operation Training Virtual Simulator

Specification of 3D Coronary Artery Model

Coronary Artery Simulation Model	MODEL:PLXG1001 (silicone vascular models)
Main Material	Highly transparent soft silica gel, hardness: 30A
Product Size	Model length:90 cm (35.4 in)
	Model width:40 cm (15.7 in)
	Model height:35 cm (13.8 in)
Lead Time	15 days
Port	Shanghai, China

Features of 3D Coronary Artery Model

Composition: Main parts: Coronary artery, thoracic aorta, abdominal aorta, iliac artery, femoral artery.
Replaceable Parts: anterior descending branch, diagonal branch, left marginal branch and right marginal branch.
Procedure: Coronary stent implantation, balloon dilatation and other related interventional surgery training, surgical instrument testing.
Other characteristics: These silicone mock vessels are made of transparent and soft materials, replaceable coronary stenosis and calcification simulation lesion module.

How Do Our Coronary Artery 3D Models Meet High Quality Standards?

High-precision scanning and modeling: We use advanced medical imaging technologies such as CT and MRI to perform high-precision scans of real coronary arteries. Then, through professional 3D modeling software, we ensure that every detail is reproduced accurately.
Strict material selection and testing: As a long-term medical simulation company, we use high-quality biocompatible materials to ensure the durability and safety of the coronary artery 3D model. Each batch of materials undergoes rigorous physical and chemical tests to ensure that it meets medical standards.
Multiple quality inspection processes: During the production of the coronary circulation model, we set up multiple quality inspection points, including initial modeling inspection, printing process monitoring, and final product inspection. Each coronary circulation model undergoes a detailed manual inspection before leaving the factory to ensure its perfect structure and function.

Significance of 3D Model of Coronary Arteries in Curing Coronary Artery Lesions

3D model of coronary arteries can accurately reproduce the patient's vascular anatomy and help doctors develop personalized treatment plans.
Through the 3D coronary artery model, doctors can better assess the severity and location of the lesion and choose the most appropriate interventional treatment method.
3D coronary artery model helps simulate the surgical process, identify potential surgical risks in advance, and improve the success rate and safety of the operation.
In surgical training, the coronary artery model provides a realistic practice platform for young doctors to improve their operating skills.
3D coronary artery model can also be used for patient education, helping patients to more intuitively understand their condition and treatment plan and enhance treatment compliance.