Filters
Human Biology Models
Depicting functions and locations, the human biology models allow individuals a more comprehensive understanding of internal organs and systems. Blood movement, oxygen transport, muscle constriction, nerve firing, joint movement, and bone formation are brought to life in these incredibly detailed and accurate representations. Musculature models come colored coded for easy identification of muscle, fat, ligaments, and tendons. The human biology models can be used in both educational and clinical environments.
Filters
3B Scientific® Mini Joint With Cross Section Models
All The Functionality Of The Normal Joint Models
Expand 1 item
3B Scientific® Advanced Half Lower Jaw With 8 Diseased Teeth
These diseased teeth in this dental model show various stages of cavities from a small and easy-to-treat example on an incisor, through to advanced degradation of a molar, showing exposed root.
Expand 1 item
3B Scientific® Male Pelvis Section
This cross section of the male genital organs shows all structures in detail. It is a realistic replica of the anatomy of the male pelvis.
Expand 2 item
Life/form® Male Bladder Catheterization Simulator
Allows Realistic Demonstration And Practice
Expand 1 item
Life/form® Female Bladder Catheterization Simulator
Allows Realistic Demonstration And Practice
Expand 1 item
Life/form® Cath-Ed Training Models
Perfect Introduction For Catheter Training
Expand 1 item
3B Scientific® Male Pelvis Models
These models are natural casts of a male, boney pelvis. They both show all anatomical structures in detail: both hip bones, pubic symphysis, sacrum and coccyx as well as the fifth lumbar vertebra with intervertebral disc.
Expand 2 item
3B Scientific® Skin
The model consists of three individual parts on a common stand that represent sections of the human skin with a magnification of 80×. Anatomical differences of the skin sections are didactically represented in an understandable manner.
Expand 1 item
Eisco® Human Heart
This model is two times larger than life size, so it's a great introduction to the structure of the human heart.