Femoral artery vascular model PLXZXG003A

radial arterythoracic aortacoronary arteries

Product Overview
Coronary Training Model - A (PN: PLXZXG003A) is an anatomically accurate coronary intervention simulator developed from 1:1 clinical CT/MRI data. Manufactured in food‑grade high‑transparency silicone (transparency ≥ 90%, hardness 30A), it reproduces coronary anatomy and operational haptics for standardized, repeatable training of coronary interventions. Compatible with common interventional instruments and imaging systems used in clinical practice.

Features

• Instrument compatibility: guide wires, diagnostic/guide catheters, balloon catheters and intravascular stents matching common clinical types.
• Procedure simulation: supports coronary angiography, percutaneous transluminal coronary angioplasty (PTCA), percutaneous coronary stenting, balloon angioplasty for native or artificial stenoses.
• Modular lesion replacement: interchangeable modules for aorta, femoral artery, radial artery and coronary stenosis segments for rapid scenario changes.
• Imaging and hemodynamics: X‑ray‑transparent material suitable for DSA/fluoroscopy training; adjustable flow parameters to simulate physiological conditions.

Specification of Coronary Training Model - A
PN: PLXZXG003A
Main material: food‑grade highly transparent soft silicone (transparency ≥ 90%)
Hardness: 30A
Dimensions: length 75 cm × width 37 cm × height 28 cm
Lead time: 15 days
Origin: Shanghai, China

Drawing
Dimensional drawings and schematic views of Coronary Training Model - A are provided on the product page to show main dimensions and the layout of replaceable vascular modules.

FAQ
How to replace the diseased vascular segments of the training model?
Answer: The model uses a modular main‑vessel design. Remove the target module and install the replacement lesion segment. Available modules include aorta, femoral artery, radial artery and straight/curved coronary stenosis segments for fast scenario switching.

What vascular approaches does this model support for puncture training?
Answer: The model provides common vascular access points including femoral, radial and subclavian arteries to cover mainstream coronary intervention access scenarios.

Differences in coronary artery models
Product Name | Human‑shaped Shell Base | Acrylic Shell Base | Light‑emitting Base Plate | Difference
Coronary Artery Simulation Model | Support | Not supported | Not supported | Heart is a hard shell serving only to support the coronaries.
Coronary Training Model - A | Support | Support | Support | Heart is a hard shell that supports the coronaries.
Coronary Training Model - B | Support | Support | Support | Heart is silicone connected to the aortic root; with a pulse pump and water it can be pulsatile (cavity empty without internal structure).
Coronary Training Model - C | Support | Not supported | Not supported | No cardiac shell; coronaries fixed to a base with more branches than types A/B.

Technical characteristics / specifications

• Model name: Coronary Training Model - A
• PN: PLXZXG003A
• Main material: food‑grade high‑transparency soft silicone (transparency ≥ 90%)
• Material hardness: 30A
• Dimensions: 75 cm (L) × 37 cm (W) × 28 cm (H)
• Supported procedures: coronary angiography, PTCA, percutaneous coronary stenting, balloon angioplasty (including artificial stenosis)
• Instrument compatibility: guide wires, catheters, balloon catheters, intravascular stents
• Modular design: replaceable vascular modules (aorta, femoral artery, radial artery, coronary stenosis segments)
• Imaging compatibility: X‑ray transparent; suitable for training under DSA imaging equipment
• Adjustable blood flow parameters for hemodynamic simulation
• Lead time: 15 days
• Origin: Shanghai, China