The life-sized knee joint model PHY-KJ-1 from Physa features everything you could want in a three-dimensional replica of the human knee joint structure: All bones of the knee system are precisely and anatomically shaped and are surrounded by flexible representations of all the important ligaments. This model is ideal for visualisation and exercises in doctor's clinics, hospitals, schools and universities.

The 1:1 scale of the knee joint model corresponds to the actual size of the human knee. Both the bones and the ligaments are realistically detailed in form. You can easily examine both the femur and tibia with this model, as well as the patella and various ligaments with are designed to be especially flexible. The lifelike scale allows you to clearly illustrate important connections and functions of the human knee joint.

This functional knee joint model is nearly indispensable in any orthopaedic practice and serves as a perfect study aide. You can explain important functions, as well as problems or diseases, to patients and students alike with the help of this lifelike 3D model. The lifelike visualisation promotes understanding and the learning process as well as allowing precise analysis of the knee's functions.

This model is a highly-detailed 3D replica of the human knee. The entire knee structure is visible in all its details, including the lifelike and flexible ligaments.

No assembly is required for the knee joint model. The life-sized model is delivered fully assembled. All of the individual components, bones and ligaments, are positioned accurately in relation to one another. This means the knee joint model is ready for immediate use wherever you need it, saving you valuable time.

The particularly durable workmanship of the three-dimensional knee joint model underlines the quality of this design. The model is mounted on a sturdy base which lends additional stability. In addition, the screw connections are all made of high-quality stainless steel. A three-dimensional knee joint model of the highest quality.