The shoulder joint model PHY-SJ-1 from Physa is a life-sized replica of the human shoulder bone structure. The plastic model depicts the anatomy as well as all functions with the help of flexible ligaments. The shoulder joint model is perfectly suited for use as a medical model for visualising and teaching. It is the ideal instructional model for hospitals, doctor's offices, schools and universities. The 3D model is constructed on a 1:1 scale and matches the actual size of a human shoulder. The intricate bone structure of the shoulder, as well as the position of the connecting ligaments, are realistically recreated. All of the shoulder structure's functions are vividly presented thanks to the model's realistic scale. As a lifelike replica of the human shoulder joint, this model is perfect for use as a study aid in anatomy classes and is indispensable in any orthopaedic surgery. The bone structure is replicated in three-dimensional and realistic detail. The flexible ligaments are accurately located, allowing exact analysis of their functions as well as potential ailments. This allows you to illustratively explain the functions and illnesses of the human shoulder joint to both students and patients. This 3D model is a true to life reproduction of the human shoulder joint. All of the bones of the shoulder joint are realistically shaped from special plastic. In addition to arm bone, clavicle and shoulder blade, the model also features all of the ligaments present in the shoulder. The shoulder joint model requires no assembly. You will receive the three-dimensional model fully assembled, so you can immediately start using it in your surgery, hospital or university. Save valuable time with this user-friendly shoulder joint model! The shoulder joint model is especially durable. The bone structure is mounted on a sturdy base which makes the 3D model highly stable. All of the screw connections are made of stainless steel and support the model's solid construction.

Condition: New

Brand: Physa

EAN: 4250928697417

MPN: physj1