Human Models

Eye with orbit and eyelid
This 13-part model, approx. 2.5x magnification, shows the anatomy of the human eye. The orbit can be dismantled into three parts and then shows the following internal structures:
- Eyelid with lacrimal gland and nasolacrimal duct
- Muscles (4 parts)
- Eyeball, separable into two parts
- Cornea, iris, lens and vitreous body (3 parts)
On base.

Product details:

Size: 25 x 18 x 18.5 cm
Weight: 2.2 kg

FAST ultrasound training model
This training model was developed to practise the FAST (Focused Assessment with Sonography for Trauma) examination. This examination is used to detect free fluid in the intraperitoneal cavity or pericardium. The training options include the following examinations:

FAST procedures:
Internal bleeding in the area of the liver, kidney, pelvis and pericardium

Sonography of emergency patients:
Internal bleeding in the area of the pericardium, pleural cavity, liver, spleen and bladder; pathologies such as cholecystitis, an aortic aneurysm and an intestinal injury.

The illustrations show the following ultrasound images:
1. Cardiac tamponade
2. Bleeding in the right upper abdomen
3. Bleeding in the left upper abdomen
4. Bleeding in the pelvis
5. Pleural effusion
6. Perihepatic bleeding
7. Aortic aneurysm

The model is supplied with a carry case and an instructional DVD.

Product details:

Size: 61 x 30 x 30 cm
Weight: approx. 31 kg

Natural cast of the pelvis of an adult female. Iliac blades, sacrum and flexibly mounted L5 and L4. The sacrum is removable, and movements in the sacroiliac joint can be demonstrated.

As model 4058, but mounted on rubber and fully movable.

This spine model is an advanced teaching aid developed for medical training and patient education. It is designed to help users gain a deeper understanding of the structure and function of the human spine.

The spine model is divided into five different sections, each distinguished by different colours, including 7 cervical vertebrae, 12 thoracic vertebrae, 5 lumbar vertebrae, the sacrum and the coccyx. This colour differentiation helps to quickly and accurately locate and explain the key parts of the human spine during lessons, making learning easier.

The model also includes simulations of an L3–L4 herniated disc, the exit points of the spinal nerves and the vertebral artery of the cervical spine, enabling a deeper understanding of spine-related diseases and problems.

To improve the model’s practical usability, we have added a male pelvis and movable femoral heads. This provides a comprehensive representation of various aspects of the human skeletal system and enhances learning outcomes.

Our spine model for teaching is made from high-quality PVC plastic, ensuring durability and resistance to damage. The texture is clear and the dimensional accuracy is high, ensuring precise anatomical structures.

A fully flexible, life-size spine with occipital bone, cervical, thoracic and lumbar vertebrae, sacrum, coccyx and complete pelvis.
Also included are the spinal arteries, spinal nerves and a herniated disc at L3–L4. The different segments of the spine are colour-coded for easier identification.

Foot – Parasagittal cross-section
This 3D-printed specimen provides a parasagittal cross-section through the medial part of the right distal tibia and the foot, illustrating the skeletal structures of the medial longitudinal arch of the foot and the surrounding soft-tissue structures.

Forearm and hand – superficial and deep dissection
This 3D-printed specimen shows both a superficial and a deep dissection of the anterior aspect of a right distal arm, forearm and hand.

Whole-body CT Phantom
A unique whole-body CT phantom offers a wide range of training and research possibilities. The phantom can also be used for standard X-ray imaging and provides lifelike images. There are no metal parts or liquids in the phantom. The key joints have human-like mobility and allow a variety of positions for practice. The phantom can be disassembled into 10 parts. The improved shoulder joints allow the arms to be raised upwards. The artificial organs are anatomically correct and have corresponding HU values.

Patient positioning:
- Shoulders rotate a full 360° in the sagittal plane, approx. 180° laterally.
- Hip joints rotate forwards up to approx. 90°, then up to 45° outwards on each side.
- Knees can be flexed up to approx. 90°.
- Elbows flex up to approx. 90°.
- The phantom can assume the frog-leg position while lying on its back.
- The limbs and the head can be removed.
- The headrest allows a wide range of head positions.

Internal organs and structures:
- Head and torso
- Synthetic skull
- Cervical vertebrae
- Brain
- Vertebrae
- Clavicles
- Rib
- Sternum
- Scapulae
- Pelvic bones
- Femur
- Lungs with pulmonary vessels
- Trachea
- Liver with portal vein and hepatic vein
- Pancreas
- Kidneys
- Gallbladder
- Spleen
- Aorta
- Vena cava
- Ureters
- Urinary bladder
- Prostate
- Rectum
- Sigmoid colon
- Ureters
- Urinary bladder
- Prostate
- Rectum
- Sigmoid colon

Phantom materials:
Radiological absorption and Hounsfield number similar to the human body.

Senior Pressure Ulcer Foot
Chronic pressure ulcers mostly affect older people, which is why this senior pressure ulcer foot was developed to teach the cleaning and care of pressure ulcers at different stages. Pressure ulcers often develop at pressure points such as the heels, toe tips, between the toes, or anywhere bones protrude and can rub against socks, shoes or bed sheets.

This model shows all four stages:

- Stage I: On the underside of the toe, the skin surface is reddened
- Stage II: On the sole of the foot, below the toe, the surface is red and the damage extends into deeper layers of skin
- Stage III: On the side of the foot, the skin surface is red; the damage appears more crater-like and extends to the deepest layer of skin
- Stage IV: At the heel. The skin is red; a larger amount of tissue is damaged, including muscle, bone, joint and ligaments.

Gunshot wound arm with bleeding function
This moulage shows an entry and exit wound. The distance was selected so that the moulage can be wrapped around an arm. With tubing for the bleeding function. The moulage adheres on its own to simulation patients or manikins, but for a longer exercise it can also be secured with special skin adhesive.

Supplied incl. storage box.

Product details:

Wound size: approx. 28.5 x 15 x 1.5 cm

Gunshot wound leg with bleeding function
This moulage shows an entry and exit wound. The distance has been chosen so that the moulage can be wrapped around a leg. With tubing for bleeding function. The moulage adheres independently to simulation patients or mannequins, but for a longer exercise it can also be fixed with special skin adhesive.
Supplied incl. storage box.

Product details:

Wound size: approx. 29 x 14.5 x 1.5 cm

This 3D-printed specimen shows a superficial dissection of the left hand and wrist. On the anterior aspect, the transverse carpal ligament and the palmar carpal ligaments have been removed to expose the tendons and nerves that pass through the carpal tunnel and Guyon’s canal. The palmar aponeurosis has been removed to illustrate the course of the tendons through the palm, the superficial muscles of the thenar and hypothenar eminences (abductors and adductors), and the lumbrical muscles of the hand arising from the tendons of the flexor digitorum profundus muscle.

Hand with tendons, nerves and carpal tunnel
Hand skeleton with forearm attachment, with tendons, carpal tunnel and nerves. The skeleton is flexibly mounted on wire and consists of individual bones. Shown are the tendons of the M. flexor digitorum superficialis (tendons of the superficial finger flexor), M. flexor pollicis longus (tendon of the long thumb flexor), the Vagina communis tendinum musculorum flexorum (tendon sheath), the Lig. carpi transversum (carpal ligament) and the N. medianus (median nerve).

Life-size.

Head for facial injections, one side musculature

Our facial injection models are made from high-quality, platinum-cured prosthetic silicone with a realistic tactile feel. The skins are then mounted onto a rigid foam skull featuring various anatomical landmarks to support the training process. These skulls are attached to two flexible stands, allowing the head to be tilted into suitable positions. Each head is then hand-painted, fitted with a plastic back panel and mounted on a high-quality base.

This version shows almost all muscle groups on one side. It is perfect for training, as it allows you to explain the muscle groups and show where injections are correctly administered.

Head for facial injections, version A
Our facial injection models are made from high-quality, platinum-cured prosthetic silicone with a realistic tactile feel. The skins are then mounted on a rigid foam skull featuring various anatomical landmarks to support the teaching process. These skulls are attached to two flexible stands, allowing the head to be tilted into suitable positions. Each head is then hand-painted, fitted with a plastic back panel and mounted on a high-quality base.

Half Head, life-size
This life-size model shows the right half of the head and neck and a sagittal section. The surface depicts the muscles of facial expression, superficial blood vessels, facial and scalp nerves, the parotid gland in situ and the submandibular gland. The median section shows the brain with its deep structures, the upper airways, the oral cavity and a section through the cervical vertebrae. With base.

Product details:

Size: 20 x 15 x 29 cm
Weight: approx. 1.2 kg

Representation of the atlanto-occipital and atlanto-axial joints as a schematic model. Ideal for demonstrating the movement mechanisms in the atlanto-occipital joint and atlanto-axial joint. Elastically mounted and detachable.



Size: 8.5 x 8.5 x 5 cm



Size: 19 x 8 x 4 cm, weight: 0.3 kg

Head, Neck and Shoulder with Angiosomes
This large 3D-printed specimen provides a comprehensive view of the anatomy of the head, neck, thorax, axillae and upper arm.

Product details:

Size: 50 x 20 x 41 cm