3B® Anatomical Model - Functional Elbow Joint

This elderly hip joint model was developed to provide patients understandable information, e.g. before surgery. It shows the right hip joint of an elderly person in half natural size. In addition to the external anatomy of the hip joint, a frontal section through the femoral neck is shown in relief on the base. The hip joint model shows the femoral fractures that occur most commonly in practice as well as typical wear and tear symptoms of the hip joint (coxarthrosis or hip osteoarthritis).

Phil is a full-size skeleton with joint system model. Demonstrate internal and external rotation of the limbs and show how the knee and elbow joints move and stretch. The flexible spine can make natural movements (lateral bend, movement and stretching, rotation). The hand bones of this skeleton model have been assembled on wire to show their natural position. The flexible assembly of the foot bones makes them maneuverable. The shoulder blades twist when the arms are raised. Even the low level of maneuverability of the sacroiliac joint and the sacrococcygeal symphysis can be demonstrated. ...

Classic Brain midsagittally sectioned model is an original anatomic cast of a real human brain. The components of the brain's left half are: Frontal and parietal lobe, temporal and occipital lobe, encephalic trunk and cerebellum. Have magnets for easy viewing and hands on learning. The classic brain is a great tool for education on the human nervous system and anatomy of the brain. The brain is delivered on a removable base for easy display in the classroom.

This life size three part model represents an original cast of a bony female pelvis with ligaments and shows all the details of the following anatomical structures: two hip bones, pubic symphysis, sacrum and the coccyx and the fifth lumbar vertebra with intervertebral disc. This anatomically detailed model is a great way to teach and learn the anatomy of the human female pelvis.

This 7 part anatomical human eye model shows the optic nerve in its natural position in the bony orbit of the eye (floor and medial wall). At three times life size this eye model is great for anatomical demonstrations. The human eyeball can be dissected into: both halves of sclera with cornea and eye muscle attachments, both halves of the choroid with iris and retina, eye lens and vitreous humour. This high quality model is great for studying the anatomy of the human eye and the anatomy of the surrounding area. The human Eye Anatomy Model is 3 times life size and on a base.