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

We hope to contribute to reducing the number of experiments in which laboratory animals are used, and hope that the Natsume rat will be used as an alternative to the use of laboratory animals in medical, pharmacological and veterinary training, as well as for teaching advanced animal testing techniques.

Skills that can be practised:
- Restraining / holding
- Oral administration
- Endotracheal intubation
- Tail vein injection
- Blood sampling from the tail vein

Body length: 19 cm, tail length: 18 cm, sex: male
Body weight: approx. 200 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

This newborn model is realistically reproduced yet exceptionally affordable. For this reason, it is ideal for group training (bathing and nappy-changing exercises). Movable joints allow all essential baby care exercises.

Product data:

Male version
Size: 50 cm
Weight: 1.2 kg

This newborn doll is particularly suitable for nappy-changing and care courses for expectant parents. The flexible model is suitable for holding and carrying practice, practising umbilical cord care, skin care and nappy-changing. The model weighs approx. 1.1 kg, but due to the lack of muscle tone compared with a real baby it is perceived as heavier. Thanks to the slightly open mouth, the model can also be used to a limited extent for breastfeeding practice. The model has an umbilical cord stump and numerous skin folds, making it very well suited for practising full-body cleansing. The head, arms and legs are movable via swivel joints.

Female version.

Dark skin tone.

Size: approx. 50 cm, weight: 1.2 kg

This newborn doll is particularly suitable for nappy-changing and care courses for expectant parents. The poseable model is ideal for holding and carrying practice, practising umbilical cord care, skin care and nappy-changing. The model weighs approx. 1.1 kg, but due to the lack of inherent muscle tone compared to a real baby, it is perceived as heavier. Thanks to the slightly open mouth, the model can also be used to a limited extent for breastfeeding practice. The model has an umbilical stump; the many skin folds make it very suitable for practising body cleansing. The head, arms and legs are movable via swivel joints.

Male version.

Dark skin tone.

Size: approx. 50 cm, weight: 1.2 kg

This model shows a cross-section of an upper torso in the sagittal plane. The section passes through the nose, mouth, pharynx, trachea, oesophagus and stomach. A feeding tube or catheter can be inserted through the nose or mouth into the oesophagus and stomach. A tracheostomy is provided to demonstrate endotracheal suctioning.

Nasal parts for HLW dog VET2550. Pack of 10.

This version is supplied without internal reservoirs and without male genitalia. It is intended for basic care training and allows positioning and transfer exercises, washing, dressing and undressing exercises, as well as bandaging practice.

Weight: 16 kg

Nursing care training doll, standard version"
This doll offers practice opportunities for a wide range of clinical procedures for nurses and other care staff. The model’s external appearance is female; however, by attaching the male genitals the doll can be converted into a male doll. The doll allows practice from transverse colostomy to tracheostomy, from intramuscular injection to eye treatment.

The doll has the following features:
- Vaginal irrigation and swab practice
- Enema practice
- Head with wig for practising combing, washing and head examination
- IM injection site in the buttock
- IM and subcutaneous injection sites in the left and right arm
- Training option in bowel irrigation with stomas connected to internal reservoirs
- Insertion of a nasogastric tube
- Training in care of gastrostomy, ileostomy and transverse colostomy
- Interchangeable male and female genital organs
- Male and female catheterisation
- Openings of ears, nose, tracheotomy, and gastrostomy
- Removable dentures
- Individually moulded fingers and toes for bandaging practice
- Realistic eyes for administering medication, removing foreign bodies and eye irrigation
- Suprapubic stoma care

The joints are stable and the movements natural; even pronation and supination of the forearm is possible. The use of hard-wearing plastic guarantees high abrasion resistance. The surface is smooth and impermeable to water, oils and ointments.

Product details:

Weight: 16 kg
Height: approx. 1.60 m

Open arm fracture with bleeding function
This moulage shows an open fracture of a smaller limb bone. With tubing for bleeding function. The moulage adheres automatically to simulated patients or mannequins, 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 3 cm

Orchidometer for determining testicular volume. Prepubertal testes (1–3 ml) are shown in yellow, pubertal testes (4–12 ml) in orange and adult testes (15–25 ml) in red.
Plastic, robust, hygienically coated.

This model consists of three median-section lumbar vertebrae with intervertebral discs. The cut surface of the upper vertebra shows a healthy bone structure, and that of the middle vertebra an osteoporotic bone structure. The lowest vertebra shows osteoporosis in a very advanced stage with depressed superior and inferior endplates (fish vertebra). Individually removable from the stand. Life-size.

Size: 16 cm

This model, approximately 30 times life-size, shows on one side detailed and realistic representations of closed and open acne lesions, 2 primary lesions (papule and macule), 1 deeper lesion (nodule) and an abrasion. On the other side, the model shows cysts, fissures, pustules, ulcers, scales and blisters. All pathologies are shown separately in the model, with a realistic representation of their shape and structure.

This model, magnified approx. 30 times, compares normal skin with first-, second- and third-degree burned skin and also shows the resulting pathological changes. The first degree of injury shows epidermal damage and erythema; the second includes hypodermal damage and blisters; the third shows subcutaneous damage.

This life-size model shows 3 different pathologies affecting the vascular system of the brain, including arteriovenous malformations (AVMs), in which the blood vessels are tangled together instead of forming a normal circulation. It also depicts a cerebral aneurysm and a cerebrovascular haemorrhage (stroke).