3B® Anatomical Model - Flexible Spine, Classic, Femur Heads

This functional hip joint model provides a graphic demonstration of the anatomy and mechanics of the human hip joint, allowing better doctor-patient or teacher-student understanding of the anatomy of the hip joint. Use this life-size and fully flexible hip joint to demonstrate abduction, anteversion, retroversion, internal/external rotation and much more. The functional joint consists of portion of femur, hip bone and joint ligaments. Functional hip joint on stand for easy display in the classroom or doctors office. Detailed study of the anatomy of the human hip bone is easy with this ...

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.

The Classic TMJ skull with masticatory muscles (2 part) is ideal for active use in teaching and demonstrations. Demonstrate the function of the masticatory muscles with jaw occlusion, the initial stage of jaw opening and the movements of the mandible to the side and front. Removable skullcap.

The mini shoulder joint model has been reduced to a half of the natural size but has kept all of the functionality of larger shoulder joint models. In addition to the external anatomical structures of the shoulder joint, using the superb new shoulder joint cross-section mounted on the base, the medical or teaching professional now has the possibility to explain what is happening from "within" the shoulder joint.