3B® Anatomical Model - Loose Bones, Arm Skeleton, Left

Shorty the mini skeleton with muscles is made from durable, unbreakable plastic. The portrayal of the muscle origins (red) and insertions (blue) on the left half adds to the anatomical value of the skeleton. Measures at: 37.0" and 3.75 lb. Features: 3 part skull (skullcap, base of skull and mandible) Removable arms and legs Specially mounted hip joints to demonstrate natural rotation of the hips Muscles are numbered Comes on hanging stand that can be placed on the floor or hung on the wall

Shorty the mini skeleton is made from durable, unbreakable plastic. Measures at: 34.6" and 3.31 lb. Features: 3 part skull (skullcap, base of skull and mandible) Removable arms and legs Specially mounted hip joints to demonstrate natural rotation of the hips Comes on mounted base

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. ...

Stan is a Classic full-size skeleton model. Used in hospitals, schools, universities, and laboratories for over 50 years. The skeleton is ideal for active use in teaching and demonstrations. The skeleton is waist mounted on a metal roller stand (painted white). Measures at: 69.5" and 21.1 lb. Features: 3 part skull Individually inserted teeth Removable arms and legs Natural cast Transparent dust cover

The 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.