Search

Home / YOUNG FUTURE / Learning & Education
Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration in Kuwait Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration in Kuwait Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration in Kuwait Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration in Kuwait Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration in Kuwait Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration in Kuwait

Human Heart Anatomy Model, Life-Size 2-Part Cardiac Dissection Model for Medical Student Study, Classroom Demonstration

KWD 9

Brand
YOUNG FUTURE
Weight
454 g
1 +

Special Features

  • Ultra-Detailed Anatomical Structure:This human heart model showcases highly accurate anatomical details, including chambers (atria & ventricles), valves (aortic, pulmonary, tricuspid, mitral), major vessels (aorta, pulmonary artery, vena cava), and even realistic muscle textures. Perfect for deepening your understanding of cardiac physiology and pathology—ideal for medical exams, surgical planning, or patient education.
  • Detachable Design:Made from non-toxic, odorless PVC with a smooth finish, this model is shatter-resistant and fade-proof, ensuring long-term use in labs, clinics, or schools. BPA-free and safe for hands-on learning.
  • Eco-Friendly Premium Material:Made from non-toxic, odorless PVC with a smooth finish, this model is shatter-resistant and fade-proof, ensuring long-term use in labs, clinics, or schools. BPA-free and safe for hands-on learning.
  • Multi-Scenario Use: Perfect for medical students, teachers, doctors, and STEM education.
  • Includes Learning Guide:Features clearly labeled diagrams of heart structures, chambers, valves, and major blood vessels for accurate identification and study.

Related Items


{"error":"Error","cart_limit":"You have too many items in your cart.","prod_limit":"You cannot add any more of this item"}