Human Models

Stomach Model with Gastric Band
This life-size stomach model shows how a gastric band works. The model clearly illustrates the mode of action of the band used in cases of pathological obesity. The model can be separated into two halves to reveal the internal anatomical structures. Supplied on a removable stand.

Product details:

Size: 15 x 6 x 18 cm
Weight: 500 g

Stomach with Gastric Ulcers
This reduced-size model shows various stages of inflammation of the gastric mucosa / gastritis, ranging from a mild gastric ulcer / ulcer to gastric perforation. The sectioned model of the oesophageal junction, stomach and duodenal junction shows the following pathologies:
- Hypertrophic gastritis
- Atrophic gastritis
- Haemorrhagic gastritis
- Erosive gastritis
- Erythematous gastritis
- Healing stage with scar formation
- Bleeding ulcer
- Perforated ulcer
On base.

Product details:

Stomach size: 12 x 9 x 2 cm
Cross-section size: 12 x 3 x 1 cm
Weight: 0.2 kg

Lower-body stump dressing trainer
Lower body with amputation stumps for practising bandaging techniques.

Life-size.

Torso with amputation stumps for practising bandaging techniques.
Life-size.

Super OB Susie
The Super OB Susie birth simulator was developed to help instructors teach learners at all levels the skills required for managing pregnancy and childbirth. The anatomically correct pelvis and full-term foetus allow learners to develop clinical skills and apply them in scenario-based practice. The modular design allows functionality to be expanded as training requirements increase.

Features:

Lower torso:
- Adult lower torso from diaphragm to quadriceps.
- Soft skin with seamless joints for greater realism.
- Anatomically correct pelvic landmarks including ischial spines and coccyx.
- Removable abdominal wall.
- Mobile hip joints support practising the McRoberts manoeuvre.
- Removable cervix and birth canal.
- Lifelike placenta with removable cotyledons.
- Practise bladder catheterisation with patented urethra.
- 400 ml urine reservoir.
- The patented rectum is suitable for suppository administration.

Birth mannequin:
- Full-term newborn with palpable landmarks, movable limbs and soft full-body skin.
- Seamless, movable joints.
- Nasal and oral openings.
- Palpable fontanelle and cranial sutures.
- Soft, seamless scalp.
- Realistically flexible neck and head.
- Removable umbilical cord and umbilical cord stumps for additional cutting and clamping.

Procedures:
- Vertex delivery.
- Ritgen’s manoeuvre.
- Breech delivery (frank breech, complete breech and footling breech, and mixed forms).
- Pinard manoeuvre.
- Shoulder dystocia simulation.
- Practise emergency interventions such as the McRoberts manoeuvre, suprapubic pressure, Lovset manoeuvre for arm release, and Woods’ manoeuvre rotation.
- Perform placenta and umbilical cord exercises (third stage of labour, partial placenta praevia, nuchal cord, cord prolapse and many others).
- Practise umbilical cord procedures such as clamping and cutting.
- Demonstrate internal rotation, expulsion, and external rotation of the baby during birth.
- Practise delivery with real instruments such as vacuum extractor and forceps.
- Simulate nasal and oral suctioning.

Scope of delivery:
- OB Susie® obstetric torso
- Pregnant abdominal cover
- Full-term newborn
- Placenta
- (2) umbilical cord
- (2) umbilical stump
- (2) cervix
- (2) birth canal

Realistic palpable anatomy
Palpable pelvic landmarks and expandable cervix for vaginal examination.

Forceps delivery
Practise insertion, rotational techniques and force control.

Realistic foetal positioning
Demonstrate the stages of labour, engagement in the pelvis, rotation and delivery.

Smooth, soft newborn skin
Apply the vacuum cup and carry out the delivery.

Removable abdominal wall
Visualise and understand the “inside view” of foetal movements.

Realistic umbilical cord
Practise realistic clamping and cutting.

Breech presentations
Practise emergency measures for breech delivery (Pinard, Mauriceau, Ritgen, Lovset).

Third stage of labour
The placenta with removable cotyledons to practise identifying retained placental tissue.

Placenta and umbilical cord complications
Partial placenta praevia, nuchal cord, umbilical cord knot, cord prolapse and more.

Surgical canine dental model
This anatomically accurate model is designed for practising surgical procedures on a dog’s dentition.

Features:
- Artificial teeth and bone are surrounded by soft gingiva, complete with periosteum and periodontal apparatus.
- Enables hands-on practice of nerve blocks, luxation, elevation and extraction of each tooth, and includes tongue, epiglottis, oesophagus and trachea for intubation training.
- Upper and lower jaws can be easily replaced.
- The model is supplied with a radiopaque jaw set with extractable teeth to practise positioning for radiographic checks before and after tooth extraction.
- Includes support arm with clamp.
- All teeth can be extracted.

Surgical wound, stapled, 22 cm
This wound simulation made of skin-friendly material adheres by itself to the skin of a simulation patient, a mannequin or to the supplied base. The wound can be applied anywhere on the body, e.g. over the knee to simulate a wound after knee endoprosthesis surgery, or as a wound after a caesarean section. The soft material moves with the body and can also be applied over joints. If the adhesive strength of the wound decreases, it can be reactivated simply by wiping the back with medical alcohol. For longer-term attachment during a course, we recommend a suitable skin adhesive.

This wound replica made of skin-friendly material self-adheres to the skin of a simulated patient, a mannequin or the supplied base. The wound can be applied to any part of the body, e.g. over the knee to simulate a wound after knee endoprosthesis surgery, or as a wound following a caesarean section. The soft material moves with the body and can also be applied over joints. If the adhesive strength decreases, it can be reactivated simply by wiping the back with medical alcohol. For longer-term attachment during a course, we recommend a suitable skin adhesive.

Surgical wound, with suture, 22 cm
This simulated wound made of skin-friendly material adheres by itself to the skin of a simulation patient, a mannequin or to the supplied base. The wound can be stuck on any part of the body, e.g. over the knee to simulate a wound after a knee endoprosthesis operation, or as a wound after a caesarean section. The soft material moves with the body and can also be applied over joints. If the adhesive strength decreases, it can be reactivated simply by wiping the back with medical alcohol. For longer-term attachment during a course, we recommend a suitable skin adhesive.

Table clamp for the dental mannequin
This table clamp has a lightweight, fully adjustable ball joint to simulate neck movements.

Product details:

Weight: 1 kg

Testicular palpation model
This life-size model made of soft material has two lumps in each testicle. Ideal for teaching testicular self-examination. Supplied with a carry bag.

High-quality anatomical teaching chart made of 200 µ plastic film, approx. size 70 x 100 cm or 50 x 70 cm, incl. metal hanging rails at the top and bottom, with hanging cord at the top.

Labelling in English.

T1 to T12 are flexibly mounted. With spinal cord and emerging spinal nerves. All movements in the thoracic spine region can be demonstrated.
With removable stand.

Product data:

Weight: 0.5 kg

Tissue insert for R10910, set of 3
Tissue insert for the episiotomy suturing trainer R10910. Set of 3 pieces.

This life-size torso can be disassembled into 27 individual parts and shows the most important organs and anatomical details of the human body. The right half of the head is opened to show the skull, brain, oral and pharyngeal cavity, and the eye. The front of the neck is opened, allowing study of the larynx, thyroid gland and neck vessels. The chest and abdomen are fully opened; all internal organs can be removed and in some cases taken apart. Male and female genital organs can be interchanged. The back is opened to show parts of the back musculature, the spine, the spinal nerves, as well as a removable vertebra with spinal cord.

The torso can be disassembled into the following individual parts:

- Trunk
- Half brain
- Eye
- Left lung, 2-part
- Right lung, 2-part
- Heart, 2-part
- Trachea
- Oesophagus
- Liver
- Stomach, 2-part
- Pancreas, spleen and duodenum
- Half kidney
- Intestinal package
- Ileocecal valve
- Female genital insert, 4-part
- Male genital insert, 4-part
- Thoracic vertebra

On base plate. Delivery includes the Torso Guide on CD-ROM.

Product data:

Size: 88 x 40 x 23 cm
Weight: approx. 10.4 kg

Introducing our new tourniquet training model – the ultimate product for professional medical training!
Our tourniquet training model has been developed to provide a realistic and comprehensive training experience and is the ideal choice for medical professionals, special units, first responders and students alike.

Product features:

Realistic simulation: Our training model reproduces the appearance and feel of real-life scenarios, enabling users to practise applying tourniquets in a lifelike environment.

Adjustable resistance: With adjustable resistance, users can practise applying the correct pressure for different situations to ensure precise and effective tourniquet application.

Anatomically accurate: The model closely replicates human anatomy and provides a true-to-life representation of limb structure, making it perfect for refining application technique.

Durable construction: Made from high-quality materials, our tourniquet training model is designed for frequent use and ensures long-lasting performance.

User-friendly design: The intuitive design makes it easy for both beginners and experienced professionals to reliably improve their skills.

Portable and compact: Thanks to its compact size and lightweight design, it is easy to carry and enables training sessions on the go or in various educational settings.

Versatile training scenarios: The model can be used for a range of training scenarios, from basic application techniques to advanced emergency situations.

Join those who prioritise safety, precision and excellence in medical care!
Invest in our premium training model and be prepared to handle critical situations with confidence.

Training arm for intravenous injection
The injection model is intended to give trainee doctors and medical support staff the opportunity to practise intravenous injection techniques. The model is made of a soft plastic with a replaceable skin and a replaceable injection site in the crook of the elbow, in which the median cubital vein (V. mediana cubiti) is replicated by a tube. Under the skin, the vein is visible and can also be easily palpated. In the model, the tension of the skin and the characteristics of the engorged vein are reproduced to be close to real life. The model is particularly characterised by the option to realistically apply a tourniquet to the vein and, by applying lubricant, simulate a rolling vein. Tested under harsh everyday use in the German Armed Forces. All individual parts are available separately.

The high-quality Erler- Zimmer injection arm offers a wide range of applications for professional and realistic training in blood collection, ideally suited for the training and continuing education of medical professionals.
The injection arm feels very lifelike when punctured, requires minimal maintenance, and features skin and veins that can be replaced quickly and easily.
This unbeatable low-priced model is particularly suitable for group training. The wear parts can be easily replaced by the user and cost a fraction of comparable competing products, so you can let trainees practise as often as you like.

Ideal for:

- Intravenous injection
- Blood collection
- Intravenous infusion
- Palpating the veins
- Cannulation

Scope of delivery:

- 1x adult injection arm incl. skin and vein system
- 1x arm support
- 4x fluid containers
- 1x 250 ml artificial blood
- 1x stand for artificial blood
- 1x product instructions