Erler-Zimmer joint models

Weight: 0.9 kg

Natural casting of an adult female pelvis. The sacrum is removable and the movements in the iliosacral joint can be demonstrated.

Weight: 1 kg

... movements of the bones of the lower arm (pronation and supination) and movements of the hand joint can be demonstrated. The hand is mobile-mounted on wire. Model as 6016, but without shoulder girdle.

Weight: 0.5 kg

... represented in addition to sections of the joint capsule. The main movements of the shoulder joint, such as anteversion, retroversion, outer and inner rotation and abduction can bedemonstrated. With removable stand.

Length: 12 cm
Width: 10 cm
Height: 15 cm

These joint model in about ½ life size shows the structures of the joint as well as the major ligaments. The inner structures can be explained with the cross section mounted on the base ...

Length: 17 cm
Width: 15 cm
Height: 12 cm

Human shoulder joint in life size with rotator cuff (Supraspinatus, infraspinatus, teres minor, teres major and subscapularis muscle) as well as the biceps brachii tendon. The joint has a limited movability. ...

... casting of a human elbow joint. Upper arm stump, radius and ulna. The ligamentary apparatus and the interosseous membrane are manufactured from elastic material. The model allows demonstration of the ...

... hip joint. The femoral stump is retained in the hip joint by the ligamentary apparatus. The ligamentary apparatus with the iliofemoral ligament, ischiofemoral ligament and pubofemoral ligament allow ...

Natural casting of a human knee joint. With stumps of femur and lower leg. The insertion tendons of the straight muscle of the thigh, kneecap with patellar tendons, lateral ligaments, meniscuses and cruciate ligaments ...

Length: 12 cm
Width: 10 cm
Height: 18 cm

These joint model in about ½ life size shows the structures of the joint as well as the major ligaments. The inner structures can be explained with the cross section mounted on the base ...

Length: 12 cm
Width: 10 cm
Height: 20 cm

These joint model in about ½ life size shows the structures of the joint as well as the major ligaments. The inner structures can be explained with the cross section mounted on the base ...