Pulmonary artery vascular model PLXZXG006

iliac veinrespiratory systemvena cava

Product description
The model is created from Chinese clinical CT/MRI data and reproduces, at a 1:1 scale, the anatomical structures of the right atrium, pulmonary artery (including 4–5 branches), inferior vena cava, iliac vein and femoral vein. The model body is made of high-transparency food-grade silicone mounted on a transparent acrylic base, enabling direct visualisation during interventional procedures. It is designed for training and testing of right heart–pulmonary artery endovascular devices.

Features

• Anatomical fidelity based on clinical imaging of the Chinese population; vessel wall hardness and elasticity calibrated to approximate human tissue.
• High-transparency silicone (transparency ≥ 90%) allows clear observation of device manipulation inside vessels.
• Supports core interventional training: pulmonary angiography, aneurysm procedures, thrombectomy, pulmonary artery stenosis interventions.
• Compatible with guide wires, catheters, vascular stents, spring coils and thrombectomy stents for training and device testing.

Specification of Right Cardio-Pulmonary Artery Simulation Model
PN: PLXZXG006
Main material: High-transparency food-grade silicone (soft silica gel), hardness: 30A
Model length × width × height: 75 cm × 37 cm × 28 cm
Base: Transparent acrylic
Lead time: 15 days
Origin: Shanghai, China

Drawing of Right Cardio-Pulmonary Artery Simulation Model

• Main dimensions and layout of the model
• Technical drawing available on request for integration into training stations

FAQ
Q: What training and instrument testing does this model support?
A: Supports pulmonary angiography, thrombectomy, pulmonary artery stenosis procedures and related interventional modules. It accommodates guide wires, catheters, vascular stents, coils and thrombectomy devices. Custom aneurysm variants can be produced for specific scenario training.

Q: What additional equipment is required to simulate blood flow and is setup complex?
A: Optional accessories include a pulse pump, temperature‑controlled water tank and power supply (not included). Blood flow simulation is achieved by connecting inlet/outlet pipelines; temperature, pressure, flow and pulse can be adjusted. Connection is straightforward: follow pipeline markings, fill with water and suitable lubricant, and verify seals. A user manual with step‑by‑step setup instructions is provided.

Technical specifications

• Model name: Right Cardio-Pulmonary Artery Simulation Model
• PN: PLXZXG006
• Main body material: High-transparency food-grade silicone (transparency ≥ 90%), hardness 30A
• Base: Transparent acrylic
• Supported instruments: Guide wires, catheters, vascular stents, spring coils, thrombectomy stents
• Model dimensions (L × W × H): 75 cm × 37 cm × 28 cm
• Lead time: 15 days
• Origin: Shanghai, China
• Flow simulation: Compatible with optional pulse pump and temperature-controlled water tank; parameters adjustable via pipelines