Gynaecological training dog Bella
Gynaecological procedures in the bitch are among the basic skills in small animal practice. “Bella” enables training under lifelike conditions, from birth through to endoscopic insemination. With her highly detailed genital tract, “Bella” offers a lifelike representation of the bitch. A gynaecological examination can be performed on the integrated uterus using a speculum or endoscope. Artificial insemination can also be practised using a balloon catheter or endoscopic insemination. The uterus features a detailed mucosa with secondary folds, a dorsomedian fold and cervix. Blood sampling from the V. cephalica for hormone determination as part of ovulation timing can be practised on the integrated venous pad. The dorsal access flap allows the anatomical position of the reproductive tract in the pelvis, as well as the kidneys, to be examined. The uterus, venous pad and internal organs can be removed and replaced, if required, in just a few simple steps.

Training dog Bella includes:
✓ Uterus in oestrus with secondary folds and endoscopable cervix
✓ Pelvis
✓ Kidneys
✓ V. cephalica
✓ Blood reservoir
✓ Palpable abdomen (optional)

This 3D-printed specimen shows a superficial dissection of the left hand and wrist. On the anterior aspect, the transverse carpal ligament and the palmar carpal ligaments have been removed to expose the tendons and nerves that pass through the carpal tunnel and Guyon’s canal. The palmar aponeurosis has been removed to illustrate the course of the tendons through the palm, the superficial muscles of the thenar and hypothenar eminences (abductors and adductors), and the lumbrical muscles of the hand arising from the tendons of the flexor digitorum profundus muscle.

Natural cast of a human hand, non-movable. Depicts all structures and anatomical details. Removable from the stand. Particularly good value!

Hand with tendons, nerves and carpal tunnel
Hand skeleton with forearm attachment, with tendons, carpal tunnel and nerves. The skeleton is flexibly mounted on wire and consists of individual bones. Shown are the tendons of the M. flexor digitorum superficialis (tendons of the superficial finger flexor), M. flexor pollicis longus (tendon of the long thumb flexor), the Vagina communis tendinum musculorum flexorum (tendon sheath), the Lig. carpi transversum (carpal ligament) and the N. medianus (median nerve).

Life-size.

Head for facial injections, one side musculature

Our facial injection models are made from high-quality, platinum-cured prosthetic silicone with a realistic tactile feel. The skins are then mounted onto a rigid foam skull featuring various anatomical landmarks to support the training process. These skulls are attached to two flexible stands, allowing the head to be tilted into suitable positions. Each head is then hand-painted, fitted with a plastic back panel and mounted on a high-quality base.

This version shows almost all muscle groups on one side. It is perfect for training, as it allows you to explain the muscle groups and show where injections are correctly administered.

Head for facial injections, version A
Our facial injection models are made from high-quality, platinum-cured prosthetic silicone with a realistic tactile feel. The skins are then mounted on a rigid foam skull featuring various anatomical landmarks to support the teaching process. These skulls are attached to two flexible stands, allowing the head to be tilted into suitable positions. Each head is then hand-painted, fitted with a plastic back panel and mounted on a high-quality base.

Half Head, life-size
This life-size model shows the right half of the head and neck and a sagittal section. The surface depicts the muscles of facial expression, superficial blood vessels, facial and scalp nerves, the parotid gland in situ and the submandibular gland. The median section shows the brain with its deep structures, the upper airways, the oral cavity and a section through the cervical vertebrae. With base.

Product details:

Size: 20 x 15 x 29 cm
Weight: approx. 1.2 kg

Representation of the atlanto-occipital and atlanto-axial joints as a schematic model. Ideal for demonstrating the movement mechanisms in the atlanto-occipital joint and atlanto-axial joint. Elastically mounted and detachable.



Size: 8.5 x 8.5 x 5 cm



Size: 19 x 8 x 4 cm, weight: 0.3 kg

Head, Neck and Shoulder with Angiosomes
This large 3D-printed specimen provides a comprehensive view of the anatomy of the head, neck, thorax, axillae and upper arm.

Product details:

Size: 50 x 20 x 41 cm

Head and Neck Phantom for CT, X-ray and Radiotherapy
This phantom is created from real patient data and manufactured using the latest technology. Bone, vessels and soft tissue are reproduced authentically, with realistic CT values for all tissues at a tube voltage of 120 kVp in CT. If the phantom is to be used primarily at other tube voltages (e.g. 100 kVp), the calibration of the CT values can be adjusted accordingly on request. The phantom provides realistic tissue contrasts in X-ray imaging. Air spaces are filled with a material of approximately -80 Hounsfield units.
The head phantom provides an extremely realistic simulation of a head and neck CT angiography (with arterial contrast enhancement) of a patient with an arteriovenous malformation on the right side. The phantom is supplied at true-to-scale size and includes the cervical spine up to the base plate of the fifth cervical vertebra.

Product details:

Size: 19 x 23 x 27 cm

This head cover can be easily pulled over the head of the Standard or Basic nursing manikin, Clinical Chloe or Advanced Clinical Chloe, transforming the standard nursing manikin into a manikin with a geriatric appearance. The soft skin looks lifelike and feels realistic. The mouth, nose, ears and tracheostomy opening remain accessible, ensuring the manikin’s functions are fully retained. The mask features a zip at the back of the head, allowing it to be fitted and removed easily.

Heart model, 2-part with cardiac conduction system
The front wall of this heart model can be removed, providing a view of the internal structures. All key structures such as the atria, ventricles, and the aortic, mitral, pulmonary and tricuspid valves are shown. Heart muscle, adipose tissue, arteries and veins are detailed and hand-painted; the cardiac conduction system is shown in colour. The model is made from unbreakable plastic and is mounted on a base, removable from the base.

Product details:

Size: 8 x 8 x 14 cm
Weight: 0.4 kg

Heart model, life-size, 2 parts - EZ Augmented Anatomy
The front wall of this heart model can be removed, revealing the internal structures. All key structures are shown, including the atria, ventricles, and the aortic, mitral, pulmonary and tricuspid valves. Heart muscle, adipose tissue, arteries and veins are hand-painted in detail; the structures are described on the attachable learning card (German/English). The model is made of unbreakable plastic and is mounted on a base, removable.

Product details:

Size: 8 x 8 x 14 cm
Weight: 0.4 kg

Haemorrhoid model, 2x size
This illustrative model for patient education shows, at 2x size, a frontal section through the rectum. The base also features a slightly reduced relief illustration. The model shows haemorrhoids in stages I and II. The additional relief model shows haemorrhoids in stages III and IV. The anatomical structures of the rectum, such as the sphincter muscles, mucosa and venous vascular plexus, are also visible.

Product details:

Size: 17 x 12 x 10 cm

Hip Implant Model
This highly illustrative model includes three reduced-scale hip models. In addition to a healthy hip, the model shows a diseased hip as well as a hip with an implant. All three models are mounted with movable joints; pelvis and femur can be separated, and the implant can be removed from the bone. Supplied on a removable plexiglass stand.

Product details:

Size: 34 x 12 x 19 cm
Weight: 1.1 kg

Natural cast of a human hip joint. The femoral stump is held in the hip joint by the ligament apparatus. The ligament apparatus with the iliofemoral ligament, ischiofemoral ligament and pubofemoral ligament allows the movements in the hip joint to be demonstrated: flexion and retroversion (extension), abduction and adduction, and to a certain extent also external and internal rotation. With removable stand.

This model of a stallion’s hoof was derived from CT and MRI data, is anatomically accurate and life-size. Manufactured using full-colour 3D printing, each anatomical structure is shown in a different colour. The hoof capsule is available separately and can be attached to the standing limb. Four models are available: from the complete anatomy, composed of 25 coloured structures, through to progressively reduced models in which deeper structures are visible.


Hoof capsule:


The hoof capsule matching the models is available separately and can be attached to the standing limb.

The large, narrow horse skull has long, broad, tapering nasal bones. At the front of the mouth are large incisors, made for cutting grass. At the back of the mouth there are six large, rectangular molars on each side of the upper and lower jaw. The area between the incisors and the cheek teeth is called the diastema. In this gap sits a canine tooth (stallion tooth, not present in all horses). The eye sockets are located far back on the skull, typical of grazing animals. The cranial cavity is small. The original specimen for this replica was a large retired police horse. The skull is in two parts (separate skull and lower jaw).

Product details:

Size: 51 x 54 x 30 cm