Femoral artery vascular model PLXZXG003 A

blood vesselscoronary arteriesradial artery

Product Overview
The 3D coronary artery model is manufactured from highly transparent soft silica gel (food-grade soft silicone) and is designed for training in coronary intervention diagnostics and treatment, instrument function demonstration and new device testing. The model accommodates instruments such as guide wires, catheters, stents and rotational devices. Each unit undergoes quality control to ensure anatomical accuracy and reproducible handling for medical education and clinical simulation.

Features

• Recreates anatomical dimensions and blood flow direction of key vessels (e.g., left main artery, thoracic aorta, external iliac artery) to match clinical coronary intervention scenarios.
• Main vessels produced in food-grade high-transparency soft silicone (transparency ≥ 90%), enabling clear visualization of instrument motion inside vessels.
• Detachable thoracic/abdominal vessels with a flexible stenosis module (stent/balloon implantation training), a rotational grinding module (rotational device training) and customizable aneurysm modules for varied testing and training scenarios.
• Dual access design (femoral and radial arteries) compatible with clinical instrument pathways; optional pulse pump and temperature-controlled water tank can simulate coronary temperature, pressure, flow and pulse.

Specification of Coronary Artery Simulation Model (table)
Features: Anatomical dimension and blood flow restoration; high-transparency soft silicone; detachable thoracic/abdominal vessels; flexible stenosis module; rotational grinding module; dual femoral and radial access
PN: PLXG1001
Main Material: Highly transparent soft silica gel (food-grade soft silicone), hardness: 30A
Product Size: Model length: 63 cm; Model width: 25 cm; Model height: 22 cm
Lead Time: 15 days
Origin: Shanghai, China

Drawing
Illustrative drawings and views are provided to show coronary layout and module positions for training scenarios.

FAQ (selected)

• What instrument testing and surgical training does the model support? The model supports testing and evaluation of guide wires, catheters, vascular stents, spring coils, thrombectomy devices and rotational grinders; it supports training for coronary angiography, aneurysm management, thrombectomy and coronary stenosis interventions, and can be customized for aneurysm models of different segments and sizes.
• Are materials safe and is transparency sufficient for observation? The main body is made of food-grade soft silicone with transparency ≥ 90%, permitting clear observation of instrument movement, positioning and implantation inside vessels while providing realistic tactile feedback.
• Is customization supported and are supporting devices required? Customization is available. Pulse pumps, temperature-controlled water tanks and power supplies are optional and require separate procurement. Air transport cases are provided for secure shipment.

Differences in Coronary Artery Model Types (table)
Base coronary model: supports a human-shaped shell base; heart shell made of hard material to support coronaries.
Coronary Training Model - A: supports human-shaped shell base and acrylic shell base; includes light-emitting base plate option; heart shell hard material supports coronaries.
Coronary Training Model - B: supports human-shaped and acrylic shell bases; includes light-emitting base plate; heart made of silicone connected to aortic root — when connected to a pulse pump and filled with water it produces pulsation (heart cavity empty, no internal structure).
Coronary Training Model - C: support via base without cardiac shell; coronary arteries fixed on a base and present more branch complexity compared with types A and B.

Technical Specifications

• PN: PLXG1001
• Main material: Highly transparent soft silica gel (food-grade), hardness 30A
• Transparency: ≥ 90%
• Model dimensions: Length 63 cm; Width 25 cm; Height 22 cm
• Detachable thoracic/abdominal vessels with optional stenosis and rotational grinding modules
• Dual access: femoral artery and radial artery
• Optional connections: pulse pump and temperature-controlled water tank to simulate temperature, pressure, flow rate and pulse
• Lead time: 15 days
• Origin: Shanghai, China