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This functional model provides a graphic demonstration of the anatomy and mechanics of the joint, allowing better doctor-patient or teacher-student understanding. Use this life-size and fully flexible joint to demonstrate abduction, anteversion, retroversion, internal/external rotation and much more.

Consists of portion of femur, hip bone and joint ligaments. On stand.
Measurements:
17x12x33 cm
Weight: 0,55 kg

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This functional model provides a graphic demonstration of the anatomy and mechanics of the joint, allowing better doctor-patient or teacher-student understanding. Use this life-size and fully flexible, bendable joint to demonstrate abduction, anteversion, retroversion, internal/external rotation and much more.

Consists of portion of humerus, complete ulna and radius as well as joint ligaments. On stand, removable.

Measurements:
12x12x39 cm
Weight: 0,35 kg

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This detailed foot skeleton model displays numerous important ligaments and tendons including the Achilles and peroneus longus tendons of the ankle. The foot skeleton consists of the foot bone and lower portions of the tibia and fibula, including the introsseous membrane found between them. All the anatomically important ligaments and tendons of the foot are shown, large and small.

Measurements:23x18x30 cm
Weight: 0,6 kg

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This 3 part hand skeleton model shows the anatomical detail of the ligaments and tendons found in the hand, wrist, and lower forearm. The interosseous membrane between the radius and ulna is shown along with the bones of the hand. The flexor retunaculum is removable from the hand skeleton. In addition there is a removable portion that can be fitted on the back of the hand model. This portion features the clinically important structures of the carpal tunnel such as the flexor retinaculum, mediane nerve, and tendons of the hand.

Measurements:30x14x10 cm
Weight: 0,3 kg

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A life-size plastic hand strung on elastic cord. Muscle origins and insertions are labeled and color-coded. Ulna, radius and metacarpals are wired together for strength and form.

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This anatomically detailed model of the foot and lower leg can be disassembled into 6 removable parts for detailed study of the foot and ankle. The foot skeleton features not only the bones but also the muscles, tendons, ligaments, nerves, arteries, and veins of the foot. The frontal view of the foot model features the extensor muscles of the lower leg. The tendons can be followed on their passage under the transverse and crucial crural ligaments all the way to their insertion points. In addition all tendon sheaths of the foot area are visible. On the dorsal portion of the footl the gastrocnemius muscle is removable to reveal deeper anatomical elements. The sole of the foot is represented in three layers; the first layer displaying the flexor digitorum brevis. This muscle can be removed from the foot revealing the quadratus plantae, the tendon of the flexor digitorum longus, and the flexor hallucis muscle. This second layer is in turn removable to display even deeper anatomical details of the foot. This foot skeleton model with ligaments and muscles is the best of its kind in quality and value.

Measurements:23x26x19 cm Weight: 1,1 kg

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This functional model provides a graphic demonstration of the anatomy and mechanics of the joint, allowing better doctor-patient or teacher-student understanding. Use this life-size and fully flexible joint to demonstrate abduction, anteversion, retroversion, internal/external rotation and much more.

Consists of portion of femur, tibia and portion of fibula; also includes meniscus, patella with quadriceps tendon and joint ligaments. On stand, removable.

Measurements:
32 cm
Weight: 0,55 kg

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The mini-joint has been reduced to a half of his natural size but has kept all of his functionality.

In addition to the external anatomical structures, using the superb new joint cross-section mounted on the base, the medical or teaching professional now has the possibility to explain what is happening from "within".

Measurements:
12x14x16 cm
Weight: 0,2 kg

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This high-quality functional model of a naturally-sized right joint with ligaments shows the anatomy and possible physiological movements (e.g. abductions, anteversion, retroversion, internal and external rotation) in exceptional detail. The color of the natural-cast bones is extremely realistic. The cartilage on the joint surfaces is marked blue. Consists of a stump of the upper arm, ulna and radius. Mounted on a base.

Measurements:
33 cm
Weight: 0,285 kg

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This high-quality functional model of a naturally-sized right joint with ligaments shows the anatomy and possible physiological movements (e.g. abductions, anteversion, retroversion, internal and external rotation) in exceptional detail. The color of the natural-cast bones is extremely realistic. The cartilage on the joint surfaces is marked blue. Consists of thigh stump and hipbone. Mounted on a base.

Measurements:
32 cm
Weight: 0,56 kg

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The mini-joint has been reduced to a half of his natural size but has kept all of his functionality.

In addition to the external anatomical structures, using the superb new joint cross-section mounted on the base, the medical or teaching professional now has the possibility to explain what is happening from "within".

Measurements:
16x12x20 cm
Weight: 0,2 kg

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The mini-joint has been reduced to a half of his natural size but has kept all of his functionality.

In addition to the external anatomical structures, using the superb new joint cross-section mounted on the base, the medical or teaching professional now has the possibility to explain what is happening from "within".

Measurements:
10x14x24 cm
Weight: 0,2 kg

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The mini-joint has been reduced to a half of his natural size but has kept all of his functionality.

In addition to the external anatomical structures, using the superb new joint cross-section mounted on the base, the medical or teaching professional now has the possibility to explain what is happening from "within".

Measurements:
16x12x20 cm
Weight: 0,2 kg