Models

Canister with artificial blood, suitable for bleeding device (Art. No. 27413-01)

Artificial glass for shard simulation
This rubber-like material breaks like glass and produces realistically looking glass shards without the risk of injury. The material can be broken into different shard sizes as required. Use the artificial glass at a simulated accident scene or in an artificial or moulaged wound.

Product details:

Size: 10 x 3.5 x 1.5 cm

A dog’s paw is under strain with every step and can easily be injured by broken glass, nails, thorns or other sharp objects.
With our artificial dog paw you can practise the correct application of bandages.
The paw can be used to simulate a sitting or lying position.
Separate toes allow the application of padding wool.
-flexible joint
-sitting or lying position can be simulated
-separate toes
-suction cups under the stand provide a secure footing.

Basic Buddy Plus, pack of 5
Enables precise and effective training with apps and sensor kit. Student and instructor apps provide real-time feedback and functions for adults, as well as a realistic user interface. The manikin is easy to assemble and maintain. If the head is overextended, the airway opens and, during ventilation, chest rise is visible. The xiphoid process provides an anatomical reference point for hand placement and compression. The training data is stored digitally on the phone or tablet.

Pack of 5

Blood-coloured liquid, 250 ml
Blood-coloured liquid, 250 ml for use in injection training arms or for wound simulation.

Adult Choking Torso
With this life-size torso, you can practise forceful thrusts to the upper abdomen/chest (Heimlich manoeuvre) as well as sweeping the mouth to clear a blocked airway. If the measures are carried out correctly, the manikin expels the swallowed foreign body. As the model is made of durable plastic, it feels particularly realistic. Features include:
Anatomical landmarks such as the ribcage, xiphoid process and suprasternal notch. Supplied with swallowable objects, T-shirt and carry bag.

Product details:

Size: 79 x 46 x 25.5 cm
Weight: 7.3 kg

Colonoscopy Simulator
This colonoscopy simulator is a training model for learning and practising the handling of a colonoscope. It is made from special silicone, which feels like a living body in the examination area. The colouring of the internal structures also closely resembles that of humans.

Features:
- For identification and localisation, an artificial polyp can be attached in the ascending and descending colon.
- An LST (laterally spreading tumour) is depicted in the ascending colon.

With optional add-ons, endoscopic procedures can also be practised on this simulator, such as polyp resection and bleeding control, as well as insertion of a balloon enteroscope into the small intestine.

Dental dummy
A simple and affordable chair-mounted dummy for training dental technical assistants and dental prophylaxis assistants in dental practices. The unit includes the DENTOFORM® model for technical training, an Aluminal skull and a soft Plassein head. Thanks to the fully movable ball joint, the head can be positioned in many different ways. With chair fixing.

Product details:

Weight: 2.8 kg

Product description:

Diabetes injection pad
This injection pad feels and looks like real skin. It is ideally suited for demonstrating injection technique. It can be attached to various parts of the body and allows patients to inject liquids to practise self-injection. The pad works with all standard injection needles. The underside is, of course, made of a puncture-resistant plastic plate.

This life-size model clearly shows the segmented anatomy of the left and right lung. The different lobes are painted in different colours to highlight their position.

This DIY kit contains all the components required to build a right-handed double-helix DNA (B-DNA) with 12 base pairs (including stand). The parts are colour-coded and have characteristic shapes: deoxyribose is pentagonal, phosphates are cylindrical, and the nitrogenous bases show their typical pyrimidine or purine structure. Two different central connector pieces represent the 2 and 3 hydrogen bonds between thymine/adenine and cytosine/guanine. The assembled model is important for illustrating the special features of double-stranded DNA structure and topology.

Dog Head Vascular Access Simulator
The dog head vascular access simulator was developed for practising blood collection from the jugular vein and catheter insertion in small animals. This model features the correct head position for ideal training as well as simulated skin and a vein that are much more realistic than latex. Both the skin and the vein are available as spare parts, so you can practise as much as needed without high costs. The dog head vascular access simulator is supplied with TWO vein pads that hold the simulated jugular vein at different depths, allowing for additional challenges.

Medium-sized canine knee with femur, fibula, patella and tibia, lateral and medial meniscus, anterior and posterior cruciate ligament, and other ligaments and tendons.

Canine Leg Vascular Access Simulator
Practise venepuncture and vascular access with our canine leg vascular access simulator. Made from high-quality, durable silicone, the canine leg is specifically designed for blood collection and insertion of a 22-gauge or smaller catheter. Our simulated cephalic vein is softer than conventional latex tubing to further enhance realism and effectiveness. This model allows learners to improve their skills in placing vascular access without needing a partner or a live animal. Your Canine Leg Vascular Access Simulator includes a 1000 ml infusion bag, artificial blood powder, a skin layer, and instructions for set-up, care and use of the model.

This life-size torso with open back consists of 28 parts and offers an exceptionally realistic representation of anatomical structures down to the finest details.
All body systems are shown with full accessibility. On the left side, all major superficial and deep muscles with vessels and bones can be seen. The open back shows the muscle layers as well as the spine and the associated nerve branches. A thoracic vertebra, including a section of the spinal cord, is removable to examine its anatomical details closely. The head is opened and one half of the brain is fully exposed. The neck is opened to reveal muscular, nervous, vascular and glandular structures. Significant features are numbered and indicated on the enclosed key card. The detachable male and female urogenital systems are interchangeable.

The removable structures include the following:
- Eye with optic nerve and extraocular muscles
- Half brain, divided along the longitudinal fissure, showing internal structures and blood vessels
- Trachea
- descending thoracic aorta and oesophagus
- right and left lung (2 parts each), showing the bronchial tree and vascular system
- thoracic cover
- mammary gland
- liver with gallbladder
- one kidney half in frontal section showing internal structure and vessels
- 2-part heart with clear depiction of atria, ventricles, valves and a section through the heart wall
- stomach in 2 parts
- pancreas, duodenum and spleen with vessels and ducts
- small and large intestine with removable cover over part of the caecum
- male urogenital systems (4 parts)
- female urogenital system (3 parts), including embryo
- thoracic vertebra (T12) with spinal cord

This bisexual model of the urinary system provides a comprehensive overview of the urinary system and shows the structures of the retroperitoneal cavity, the greater and lesser pelvis with bones and muscles, the inferior vena cava, the aorta with its branches including the iliac vessels, the upper urinary tract, the rectum, and the kidney with the adrenal gland. The front half of a kidney can be removed for detailed examination. With interchangeable male (bladder and prostate) and female (bladder, uterus and ovaries) inserts. The model is mounted on a base, making it easy to view and study.

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

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.