Human Models

This skull model is a cast of a real human child skull specimen and shows all anatomical structures in the highest level of detail. It was developed for students of anatomy, medicine, surgery, ENT, ophthalmology and dentistry. The skull is cut into complex sections and assembled with metal and magnetic connections.

The calvaria is opened and removable. Bony impressions of the superior sagittal sinus, transverse sinus and sigmoid sinus, as well as the meningeal vessels, are painted. The skull base is sagittally sectioned in such a way that, on one side, the cut passes through one cribriform plate and a further cut in the same plane passes through the other cribriform plate of the ethmoid bone, leaving the crista galli and the perpendicular plate as well as the entire nasal septum intact. The structures of the anterior, middle and posterior cranial fossae are easily accessible. The nasal cavity, the nasal concha, the septum, as well as the bony pharyngeal space and nasopharynx can be viewed directly. The nasal septum can be removed from the surrounding bony structures. The removable temporal bone shows a complete external auditory canal.

The maxilla and mandible show the structures of the dentition, the roots, the bony margin of the alveolar process, as well as dental nerves and vessels. The maxillary sinus can be opened by removing a flap. The teeth, including the permanent teeth still embedded in the bone, can be accessed by removing a bony flap.

Estimated age: 3 years

This skull model is a cast of a real human skull specimen and displays all anatomical structures with the highest level of detail. It was developed for students of anatomy, medicine, surgery, ENT, ophthalmology and dentistry. The skull is complexly sectioned and assembled with metal and magnetic connections.

The calvaria is opened and removable, while leaving the temporal bones and their sutures untouched. Bony impressions of the superior sagittal sinus, transverse sinus and sigmoid sinus, as well as the meningeal vessels, are painted. The skull base is sagittally sectioned in such a way that the cut on one side passes through one cribriform plate and a further cut in the same plane passes through the other cribriform plate of the ethmoid bone, leaving the crista galli and the perpendicular plate as well as the entire nasal septum intact. The structures of the anterior, middle and posterior cranial fossae are easily accessible. The nasal cavity, nasal conchae, septum, as well as the bony pharyngeal and nasopharyngeal space can be seen directly. The nasal septum can be removed from the surrounding bony structures. The frontal sinuses are prepared as a whole on one side; on the other side they are opened, making them fully accessible. The relationship of this sinus to the nasal cavity is clearly visible, which is particularly valuable for ENT specialists.

On one side of the skull, the temporal bone has been left in situ. The other temporal bone is removable from the skull. Part of the mastoid process and the squamous part of the temporal bone, together with the mastoid antrum, can be removed and provide an unobstructed view of the inner ear. All three semicircular canals are visible, together with the course of the facial nerve, which runs posteriorly and then inferiorly and ultimately emerges through the stylomastoid foramen. The removable temporal bone shows a complete external auditory canal. An almost vertical cut through the mastoid process and then further inwards along the petrotympanic fissure divides the temporal bone, and the position of the tympanic membrane can be seen. The carotid canal and the cochlea are opened, showing the internal auditory canal, and the course of the facial nerve can be identified. The oval window, the semicircular canals and the opening of the tympanic cavity can be seen.

The maxilla and mandible show the structures of the dentition, the roots, the bony margin of the alveolar process, as well as dental nerves and vessels. The maxillary sinus can be opened by removing a flap. The teeth of the right mandibular flap are halved and show the internal structures of the teeth.

EZ make-up blood with high viscosity in liquid form is ideal for realistic accident simulation.
Suitable for use on simulation patients and wound moulages.

The make-up blood is supplied in a high-quality plastic bottle with a dosing cap for quick and easy filling.

Product advantages:
• Made in Germany
• Washes out of clothing
• Skin-friendly
• Food grade quality
• Without preservatives
• Recycled PET bottle with dosing cap

Micro-Preemie Preterm Baby Simulator
According to a WHO study, 1 in 10 babies is born prematurely. Birth with an extremely low birth weight (= 1,000 g) is still a medical emergency requiring special techniques and equipment. This training model simulates a preterm baby born at 25 weeks’ gestation, the smallest realistically proportioned preterm infant available. Fully articulated and allows practice of a wide range of common treatment procedures. Exceptional realism is achieved through positioning and the absence of muscle tone.

- Invaluable for simulation training in nursing and in caring for preterm infants who require intensive care at the limits of survival.
- Ideal for neonatal intensive care units, emergency services, aeromedical teams, simulation centres, nursing schools, hospitals and family education.
- Easy to use, requires no special equipment, compact and mobile.
- Suitable for achieving learning objectives in a neonatal resuscitation course.

Features and functions:
- Airway, breathing and ventilation
- Chest drainage (non-functional)
- Cleaning and nappy changing
- Delivery
- Nasogastric tube
- IV access (non-functional)
- Monitoring (non-functional)
- Neural tube defect (myelomeningocele)
- Observation and measurement
- Scenarios
- Simulated breathing
- Skin and wound care
- Soft, lifelike skin
- Stoma care
- Suctioning
- Umbilical stump with optional omphalocele
- Various monitors, sensors, electrodes etc. can be connected to the model (non-functional)
- Ventilation

Includes the Micro-Preemie Simulator, a nappy, a hat (colour may vary), umbilical stump, omphalocele, neural tube defect, double-sided chest block, single-sided chest block, airway, 3 cc syringe, 25-gauge butterfly needle, lubricant, blood powder, hand pump with tubing.

Product details:

Age: 25th week of gestation
Length: 30 cm head to toe, hand-to-hand
Width: 22 cm
Head circumference: 23 cm
Head depth: 8 cm
Shoulder-to-shoulder width: 10 cm
Abdominal circumference: 22 cm
Toe-to-toe width: 15 cm
Torso depth: 5 cm
Weight: 0.91 kg

Reduced-size representation of a human skeleton at approx. half life-size. Skull, arms and legs are removable. The skull can be disassembled into three parts. Easily removable from the stand.

Product data:

Height without stand: approx. 80 cm
Weight: 1.8 kg

Scaled-down replica of a human spine at approx. half life-size. All bones are shown individually. The fully articulated model shows vertebral bodies, a segment of the skull base, pelvis, intervertebral discs, the vertebral artery, and emerging spinal nerves. The ideal model for use on the go, at courses, seminars or with patients. Handy and sturdy, it fits into any bag. The model can be easily removed from the attractively designed stand.

Size: 38 cm, Weight: 0.2 kg

This reduced-size model of a human spine, approx. half life-size, shows all bones as well as the intervertebral discs, spinal nerves and the vertebral artery. On a removable hanging stand.

Product details:

Size: approx. 38 cm
Weight: 0.3 kg

Representation of the human torso at approx. ½ natural size. Ideal for use as a desk model or for studying basic anatomy.
The model consists of the following parts: main body, two head halves (one with removable brain), two lung halves, heart (can be dismantled into two parts), stomach, liver, intestinal package with removable appendix cover, female reproductive organs (two-part), male reproductive organs (two-part).
The model is supplied on a base plate with instructions.

Product data:

Size: 19 x 14 x 43 cm
Weight: 2.6 kg

This hip joint model at approx. ½ natural size shows the structures of the joint in detail as well as the main ligaments. The internal joint structures can be explained using the cross-sectional model mounted on the base.

Size: 12 x 10 x 18 cm, weight: 0.18 kg

This knee joint model, approximately half life-size, shows the structures of the joint in detail as well as the most important ligaments. The internal joint structures can be explained using the cross-section model mounted on the base.

Size: 12 x 10 x 20 cm, weight: 0.15 kg

This shoulder joint model at approx. ½ natural size shows the joint structures in detail as well as the most important ligaments. The internal joint structures can be explained using the cross-section model mounted on the base.

Size: 12 x 10 x 15 cm, Weight: 0.17 kg

Model of the Paranasal Sinuses
This unique 3D-printed specimen was created using CT imaging and segmentation of the internal spaces of the viscerocranium. Parts of the skull have been preserved, but certain sections or windows have been removed to expose the paranasal sinuses. The paired frontal sinuses are coloured blue, with the right side partially subdivided.

Module set for facial wound closure
Your students have now acquired the basic skills for wound closure on a flat pad. With the module set for facial wound closure, you can now offer them more demanding, lifelike scenarios. Use these handy, portable training devices to build confidence and develop techniques for repairing complex lacerations or avulsion wounds of the mouth, nose, ear and eye. The soft, lifelike skin can be cut and sutured many times and then easily replaced over the permanent core and permanent base. Fully washable and non-toxic. The set includes a scalpel, tweezers, needle holder and scissors in a soft pouch, baby powder and a nylon suture.

Median section through the head showing all structures such as bones, sinuses, nasal and pharyngeal cavities, tongue, oesophagus and trachea, as well as the spine.
Size without base plate: 19 x 11.5 x 1.5 cm, weight: 0.4 kg

Muscle Figure, 30 Parts, 85 cm
This muscle figure at approximately half life-size shows the human musculature and organ anatomy. With excellent attention to detail, it depicts the superficial and deep muscles, ligaments, vessels and body structures. The internal organs can be removed for detailed study and provide an excellent overview of the body structures and their interrelationships.
The following parts can be removed individually:
- Brain, 2-part
- Heart, 2-part
- 2 lungs
- Stomach
- Liver
- Duodenum, pancreas and spleen
- Intestinal tract set
The calvaria (skull cap), both arms and the abdominal wall can be removed; the following muscles can be removed individually:
- M. masseter
- M. deltoideus
- M. biceps brachii
- M. flexor carpi ulnaris, M. palmaris longus, M. flexor carpi radialis
- M. extensor carpi ulnaris, M. extensor digitorum
- M. sartorius
- M. rectus femoris
- M. adductor longus
- M. gluteus maximus
- M. gluteus minimus
- M. biceps femoris, M. semitendinosus
- M. gastrocnemius
- M. soleus
- M. tibialis anterior
Supplied with stand.

Product details:

Size: 33 x 30 x 87 cm
Weight: 5.3 kg

This life-size model of a right human foot shows the anatomy of the musculoskeletal system in detail and is a great aid for understanding and learning the function of muscles and ligaments.

The most important ligaments and muscles are shown:
M. extensor hallucis longus and brevis, M. extensor digitorum longus and brevis, M. fibularis peroneus tertius and brevis, M. fibularis peroneus longus and brevis, M. abductor hallucis, M. digitorum pedis, M. flexor digitorum longus and brevis, M. tibialis posterior, M. flexor digitorum longus, M. flexor hallucis longus and M. calcaneus. Mm. lumbricales pedis I-IV, M. flexor digiti minimi brevis, M. abductor digiti minimi

The following retinacula can be seen in the model:
Ret. musculorum extensorum inferius, Ret. musculorum fibularium, Ret. musculorum flexorum

The muscles and tendons are made from a soft material.

Dimensions: 25.0 x 10.0 x 5.0 cm (L x H x W)
Weight: approx. 450 g

This item shows the structure of a typical neuron at 2,500x magnification. The cutaway soma shows all internal cell organelles, including the nucleus, Golgi complex, smooth and rough endoplasmic reticulum. The dendrite can be opened in two parts to show internal structures such as the Schwann cell and the myelin sheath.

Newborn Care and ALS Simulator
This training model was developed to meet the requirements of the course curriculum of the “Neonatal Resuscitation Program” of the American Academy of Pediatrics.
It offers a wide range of training options:

Airway, breathing and ventilation
- Anatomical landmarks
- Lung auscultation during ventilation
- Bilateral lung inflation with clearly visible chest rise
- Insertion of an ET tube
- Manual control of ventilation rate and depth
- Positive-pressure ventilation
- Realistic chest compressions
- Sellick manoeuvre
- Unilateral chest movement option (collapsed lung and mainstem intubation)

Birth anomalies
- Neural tube defect (meningomyelocele) easy to attach to the back
- Umbilical cord hernia (omphalocele)

Chest drainage
- Training in the insertion and care of a chest drain

Cleaning and nappy change
- Practise cleaning, bathing and nappy changing
- Waterproof and fully submersible

Gastrointestinal (GI)
- Allows practice of insertion and suctioning with OG/NG tubes

Monitoring
- Various monitors, sensors and electrodes can be applied and connected.

Assessment and measurement
- Assess and measure every body part (head, umbilical stump, skin, etc.)

Scenarios
- Create your own high-risk birth, emergency, transport or intensive care unit scenarios

Skin
- Softness and texture of real skin
- Soft, durable, lifelike skin

Suctioning
- Practise suctioning of the nose, pharynx and stomach

Umbilical stump
- Can be easily attached and removed
- Made of soft, realistic material
- Practise blood sampling or infusion
- Patented umbilical cord with venous and arterial access

Venous access
- Allows the use of IV catheters or butterfly needles
- IV hand and foot with realistic flashback via pressure system
- Soft, lifelike skin with small-bore tubing for realistic practice

Scope of delivery:

Simulator, replaceable airways (2), bilateral lung, collapsed lung, functional (patented) umbilical cord, omphalocele, meningomyelocele, hand skins (2), foot skins (2), venous system for hand, venous system for foot, 500 ml fluid bag (2), 3 cc syringe with needle, 25 gauge infusion butterfly needle, 25 ml syringe, artificial blood powder, lubricant, baby powder and carry case.

Newborn size: 48 cm (head to toe),
Weight: 3400 g
Head circumference: 36.8 cm