The life-sized female pelvis model PHY-FP-4 from physa in three-dimensional design offers everything a realistic reproduction of the female abdomen requires: All details in this frontal and median section view are precisely shaped in their anatomy and carefully coloured. This model is ideal for visualisation and exercises in doctor's clinics, hospitals, schools and universities.

The scale of the female pelvis model corresponds 1:1 to the human prototype. The elements involved were designed realistically and in detail. The true-to-scale size allows you to clearly illustrate important connections and functions of the female pelvis. In addition to the female reproductive system, this model also clearly depicts the abdominal wall musculature, rectum, spinal segment including coccyx, and the musculature and blood vessels of the pelvic area. For better explanation, the uterus and ovary can be extracted as median section models.

This functional pelvis anatomy model is nearly indispensable in any gynaecological practice, and serves as a perfect object of study. Important functions such as diseases can be explained in an understandable way with the help of this lifelike 3D model. The lifelike visualisation supports understanding and the learning process, just as the three-dimensional model allows precise analyses of the primary female sexual organs in their supporting and locomotor system.

The life-sized model requires no setup and is delivered fully assembled. All of the individual components are positioned accurately in relation to one another. This means the model female pelvis is ready for immediate use wherever you need it, saving you valuable time. The use of special, lightweight plastic allows for particularly realistic shaping. This high degree of realism makes the anatomical pelvis model one of the most precise models available on the market. The particularly durable workmanship underlines the quality of this design. The model stands independently stable on the truncated right thigh. A three-dimensional pelvis model of the highest quality.