This injection training pad, unlike other practice pads, allows you to simulate both normal and hardened abdominal skin. It enables the trainee to form a realistic abdominal skinfold for injection and, thanks to special materials, offers an exceptionally realistic feel that is very close to human tissue. The model is puncture-resistant and can be attached to the trainee using a flexible strap.

This model of two lumbar vertebrae in a schematic representation is approximately enlarged 2x and gives the therapist the opportunity to clearly simulate a herniated disc. By compressing the vertebral bodies, the inner nucleus of the intervertebral disc is forced out, vividly illustrating the mechanics of a herniated disc. The protruding prolapse can be pressed out in such a way that the effect on the spinal nerve is clearly visible. With this aid, you can quickly and easily explain to your patients what happens in the event of a herniated disc. Thanks to the enlarged representation, the model is very easy to handle and is also ideally suited for use in groups.

Diseases of the bladder and prostate
This life-size model is sectioned from the front and shows 5 different pathologies in their typical positions in the male bladder: cystitis, bladder stones, benign prostatic hyperplasia (BPH), diverticulum as well as a bladder tumour in three stages. On a stand.

Product details:

Size: 12 x 10 x 15 cm
Weight: 0.2 kg

Diseases of the Oesophagus
This life-size model shows a frontal section of the lower part of the oesophagus and the upper part of the stomach.

Common diseases of the oesophagus are illustrated:
- Hiatal hernia
- Ulcer
- Reflux oesophagitis
- Barrett’s ulcer
- Oesophageal varices
- Oesophageal carcinoma

On base.

This handy model shows, on one side, the healthy anatomy with cochlea, auditory ossicles, auditory tube (Eustachian tube), tympanic cavity, middle ear, eardrum, the vertical and horizontal parts of the external auditory canal, auricular cartilage, ear muscle and temporalis muscle; on the opposite side, inner ear structures with diseases, an inflammatory exudate in the tympanic cavity, an ear canal partially occluded by cell hyperplasia, as well as a reddened (inflamed) outer ear.

Size: 12 x 8 x 5 cm

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.

This model of the heart of a medium-sized dog can be taken apart into two parts. Once the front wall of the heart has been removed, the model clearly shows the ventricles, heart valves and atria. On a base.

This dog jaw model of a medium-sized dog shows healthy teeth on the right side and diseased/damaged teeth on the left side. Nine conditions are illustrated: missing premolar, gingival recession, retained deciduous tooth, worn incisors, gingivitis, plaque, dental calculus (tartar), periodontitis, broken canine tooth. The jaw can be closed, opened and, for better assessment, also taken apart.

Size: 12 x 7.5 x 5.5 cm

This training model depicts the left forelimb of a medium-sized dog in a lying position (sternal recumbency) and is equipped with two interchangeable sleeves – normal coat for routine blood sampling and a “shaved” area for inserting an IV catheter. The interchangeable vein system allows actual blood collection. The model is also ideal for practising bandaging and restraining/assisting. The robust, self-supporting design enables students to practise alone or in a team. Perfect for veterinary training institutions and training courses for veterinary technicians and veterinary assistants. Included are a portable storage box with an integrated infusion stand, blood powder, syringe, IV catheter and two fluid bags.

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.

Natural cast of a medium-sized mixed-breed dog with an approx. 45 cm shoulder height. The spine is rigid; the tail is removable. The legs can be moved and removed, making it ideal for courses and further training. The jaw is mounted so it can move; the teeth are reproduced true to nature.
Model size without base: 90 x 16 x 65 cm

Replica skull of a domestic dog (crossbreed, Canis familiaris). Length: approx. 21.5 cm.

Our animal bone specimens are produced in Germany by renowned preparators in compliance with all animal welfare and hygiene regulations. We do not supply cheap specimens from Eastern Europe or Asia.

Spine of a medium-sized dog with five lumbar vertebrae and intervertebral discs, caudal vertebrae and sacrum.

Size: 20 x 5 x 5 cm

Ear Model, 3x life-size, 4 parts - EZ Augmented Anatomy
This model shows the outer ear, middle ear and inner ear at three times life size. The eardrum with malleus, incus and stapes can be removed. The cochlea, labyrinth, vestibular and cochlear nerves are removable; one half of the cochlea can be detached. On base.

Product details:

Size: 36 x 16 x 20 cm
Weight: approx. 1 kg

ECMO Trainer Professional MK2
Simulator for practising extracorporeal membrane oxygenation (ECMO). The training model features a venous and an arterial circuit, both supplied with adjustable circulation pumps that can be set to pulsatile operation when required. The flow rate and pulse speed of the circuits are continuously adjustable, allowing simulation of a patient with all conditions that may occur during the procedure. VA and VV ECMO can be simulated. Puncture and cannulation can be performed using real materials. The arteries have a lumen of 8 mm and the veins 10 mm. This ensures trouble-free operation with all common catheter types. The puncture pads (one pad each on the right and left for femoral puncture and one for jugular puncture) are made of ultrasound-compatible material. This allows ultrasound monitoring of the puncture right down to the vessel tubing. Operation with a real ECMO device is fully possible; the trainer provides sufficient volume for real-life operation. The trainer has contact points for 4-channel ECG recording, to which an ECG simulator can be connected (not included). Connections for volume measurement at the veins are also provided. As the cannulas are usually very large and leave noticeable puncture holes, the simulator features a simple and effective tubing management system which allows the used section of tubing to be replaced from the tubing reservoir within seconds, so that no valuable training time is lost changing the tubing.
The tubing reservoirs are invisibly integrated into the model base; the base with training torso also serves as the bottom part of the transport case with trolley wheels. The water reservoir and pump system are separate and can be easily connected to the model via hoses with quick couplings.
With enlarged femoral puncture pads.

Oedematous foot with deep tissue necrosis
This foot is supplied with five oedema inserts, which respond differently to pressure depending on the severity level. In addition, the model shows deep tissue necrosis on the heel. The foot can be easily attached to the leg of the KERi/GERi nursing manikin and thus integrated into training.

Natural cast of a human elbow joint. Upper arm stump, ulna and radius. The ligament apparatus and the interosseous membrane are made of elastic material. The model allows demonstration of movements in the elbow joint such as flexion and extension, as well as the rotational movement of the forearm bones during pronation and supination. With removable stand.