Lower limb models

This 3D printed specimen preserves a superficial dissection of the lower limb musculature from the mid-thigh to mid-leg, as well as nerves and vessels of the popliteal fossa. The insertions of the muscles ...

This 3D printed specimen presents a deep dissection of a left pelvis and thigh to show the course of the femoral artery and sciatic nerve from their proximal origins to the midshaft of the femur. Proximally, the pelvis has been sectioned ...

Size: natural Parts: 26 parts This model shows the muscle anatomy of the human leg and complete superficial and deep leg muscles, as well as blood vessels, nerves, tendons and other tissue forms. The main muscle structures ...

... Product Certification: FDA Application: silicone anatomy model for medical education and training Size: natural Part: 1 part Veins of lower limb soft silicone anatomy ...

Full Body Artery II Model with Radial Artery is 3D printed based on CT/MRI data from actual patient.

Heart Model with Lower Limb Vein showed in picture above is 3D printed based on CT/MRI data from actual patient. If you're looking for heart model with lower ...

Lower Extremity Artery I Model is 3D printed based on CT/MRI scan data from actual patients. ● It contains iliac artery and femoral artery. ● Both of them are attached by our seamless connector. ● ...

The Lower Extremity Artery II Model is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing. ● It ...

The Iliac And Femoral Artery model is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing.

The Arterial Leg I Model is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing.

The Arterial Leg III Model is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing.

The lower limb anatomy is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing.

The Upper Leg Arterial is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing.

The Arterial Iliac 3D model is 3D printed based on actual CT data for physiological fidelity. It is specially designed for vascular interventions training and medical device developing.