The Heart internal structures is a clinical-grade 3D printed model created for medical educators, students, and health professionals. It provides an accurate, hands-on representation of the intricate internal anatomy of the human heart. Choose this model to enhance learning, visualize complex anatomy, and improve understanding during live demonstrations or study sessions.

Reveal Anatomical Details with the Heart internal structures 3D Print

This exceptional 3D printed heart casts anatomical accuracy at the forefront. Crafted using high-resolution printing, the model features meticulously dissected chambers for direct visualization. The base displays the preserved termination of the superior vena cava as it enters the right atrium, while the inferior vena cava is partially retained to reveal the pectinate muscles of the right auricle and a nearly translucent fossa ovalis. The removal of the right ventricle’s anterior wall uncovers the right atrioventricular valve, all three cusps, and their chordae tendineae attached to papillary muscles and trabeculae carneae, including the prominent septomarginal trabecula. Each model upholds education standards, making it ideal for anatomy courses, medical demonstrations, and professional training.

Features and Benefits

• 3D printed with clinical-grade precision
• Chamber walls dissected for internal viewing
• Displays superior and partial inferior vena cava
• Reveals fossa ovalis and pectinate muscles
• Right ventricular wall removed to expose atrioventricular valve
• Shows cusps, chordae tendineae, and papillary muscles
• Includes trabeculae carneae with visible septomarginal trabecula
• Nearly translucent fossa ovalis for enhanced visualization
• Ideal for medical education, demonstration, and training

Indications for Use

• Anatomical education and instruction
• Medical student and professional training
• Clinical demonstration and teaching
• Visual aid for lectures and presentations
• Hands-on study of cardiac internal structures

Size Guide

• Full-size adult human heart model
• Exact anatomical scale based on clinical dimensions
• Visualizes internal structures at 1 -1 scale for realistic study