Elevate your pulmonary intervention training with our high-fidelity 3D pulmonary artery model

Elevate your pulmonary intervention training with our high-fidelity 3D pulmonary artery model

Pulmonary Artery is a general term for a class of minimally invasive interventional treatment techniques for pulmonary artery diseases. It involves entering the pulmonary artery through a vascular puncture path to complete diagnostic and treatment procedures. Currently, the main procedures include percutaneous pulmonary artery balloon dilation, pulmonary artery thrombectomy/thrombolysis, and pulmonary artery denervation, which can be used to treat a variety of diseases such as pulmonary embolism, pulmonary hypertension, and pulmonary artery stenosis.
Designed to replicate the full vascular pathway from the femoral vein to the Pulmonary Artery, this comprehensive system includes:

1. Anatomical Accuracy: 10 levels of branching on both left/right pulmonary arteries, with realistic replicas of the IVC, right heart chambers, and jugular veins.

2. Pathology Simulation: Customizable lesions for pulmonary embolism, malformations, and tortuosity to mirror real clinical scenarios.

3. Modular & Customizable: Detachable upper/lower sections for targeted practice, plus compatibility with CT/CAD/STL data to tailor models to patient-specific anatomy.

Ideal for:

Hands-on training for PE, PAH, and venous intervention pathways

Device development, testing, and validation

Clinical demonstrations and team education

From emergency PE procedures to complex PAH interventions, this model bridges the gap between theory and practice-helping teams build confidence before entering the cath lab.