"WardsSci000642"
3B Scientific® Heart With Esophagus And Trachea
This two-times life-size heart model makes it easy to identify structures in the human heart and is a perfect aid for lessons in big classrooms or lecture halls.
3B Scientific® Heart With Bypass Models
These heart models are a great aid explaining the treatment of coronary heart disease. Hearts are supplied on removable stand.
3B Scientific® Heart With Left Ventricular Hypertrophy (LVH)
This unique heart model shows the long-term effects of increased heart activity due to high blood pressure. The muscular wall of the left heart ventricle is considerably thickened and the tip of the heart is visibly rounded off. Highly detailed 2-part heart at a price you will love.
3B Scientific® Classic Heart With Thymus
Highly detailed 2-part heart at a price you will love. The front heart wall is detachable to reveal the chambers and valves inside. Heart just slightly smaller than life-size with exquisite anatomical detail throughout, including thymus.
3B Scientific® Heart With Conducting System
Highly detailed transparent 2-part heart at a price you will love. The front heart wall is detachable to reveal the chambers and valves inside. Heart just slightly smaller than life-size with exquisite anatomical detail throughout.
3B Scientific® Arteriosclerosis
With the help of this artery model doctors can explain changes in the blood vessels due to arteriosclerosis.
Coronary Artery and Conducting System of the Heart
Ideal For Beginner And Advanced Cardiology Demonstrations
Eisco® Giant Heart Model
Get an amazing look at the human heart with this 3 times life size model. Dissectible into 7 parts, it shows excellent detail of both internal and external structures.
Eisco® Cardiac Muscle
Examine the structures within the cardiac muscle fiber with this comprehensive model.
3B Scientific® Pulmonary Lobule And Blood Vessels
The model shows an external pulmonary lobe with a magnification of 130×.
Eisco® Human Heart and Lungs Model
Dissectible model with 5 removable parts for viewing internal anatomical structures.

