The Congenital Pulmonary Stenosis is a clinical-grade, 3D printed heart model designed for medical professionals, students, and educators. It provides a lifelike representation of pulmonary valve stenosis, enabling hands-on learning and clear visualization of congenital heart disease. Choose this model to improve your understanding of the pathology and complications associated with Congenital Pulmonary Stenosis.

Gain Unmatched Anatomical Insight with the Congenital Pulmonary Stenosis 3D Model

This intricately crafted model captures the structural abnormalities of a child’s heart affected by severe pulmonary stenosis. It highlights classic features such as the thickened pulmonary valve and significant right ventricular hypertrophy, making complex defects clear for teaching and demonstration. Designed to reflect real pathological changes, this model assists users in understanding the impact of stenosis on heart function. Clinicians and educators trust it for its accuracy and robust educational value. Bring challenging cardiac pathology off the page and into your hands with this detailed 3D printed resource.

Features and Benefits

• Clinical-grade, 3D printed anatomical model
• Displays thickened, conical pulmonary valve with 2 mm opening
• Features post-stenotic pulmonary artery dilatation
• Shows right atrial and ventricular enlargement and right ventricular hypertrophy
• Accurate depiction of congenital heart disease in children
• Ideal for teaching, training, and patient education

Indications for Use

• Educational demonstrations of congenital pulmonary stenosis
• Medical student and professional anatomy training
• Patient education on cardiac pathology
• Pathology and surgical planning discussions

Size Guide

• Single anatomical model, life-sized pediatric heart
• Model dimensions – accurately scaled to replicate a child’s heart
• Details include a 2 mm pulmonary valve opening, post-stenotic artery dilatation, and hypertrophied right ventricular wall