Erler-Zimmer miniature anatomical models

Reproduction of a human torso in about half life size. Perfect for use as desktop model or for studying the basic anatomy. The model consists of the following parts: Basic body, two head halves, one ...

Length: 12 cm
Width: 10 cm
Height: 15 cm

These joint model in about ½ life size shows the structures of the joint as well as the major ligaments. The inner structures can be explained with the cross section mounted on the base of the model.

Length: 12 cm
Width: 10 cm
Height: 18 cm

These joint model in about ½ life size shows the structures of the joint as well as the major ligaments. The inner structures can be explained with the cross section mounted on the base of the model.

Length: 12 cm
Width: 10 cm
Height: 20 cm

These joint model in about ½ life size shows the structures of the joint as well as the major ligaments. The inner structures can be explained with the cross section mounted on the base of the model.

Length: 34 cm
Width: 12 cm
Height: 19 cm

This impressive model shows three scaled down hip models. In addition to the healthy hip this model shows a diseased hip as well as a knee with hip implant. All models ...

Weight: 1.2 kg

... legs can be detached at knee and ankle. The spine is moveable and allows natural movements. Size without stand 84 cm. The model can be easily removed from the stand.

Weight: 1.8 kg

Scaled down reproduction of a human skeleton in about half life size. Skull, arms and legs can be disarticulated. The skull can be disassembled in three parts. Size without stand about 80 cm.

Length: 7.5 cm
Width: 6.5 cm
Height: 10 cm

Miniature of a natural skull. With mobile mandible and removable skull cap. With removable stand.

This model shows a life size skull with seven cervical vertebrae. The arteries are shown on one side and nerves on the other. Removing the vault exposes the main nerves and arteries inside the skull. The 12 cranial nerves ...

This spine model is an advanced tool designed for medical education and patient education, aiming to help users gain a deeper understanding of the structure and function of the human spine. The spine model ...