Human Models

For an additional charge, you can also have the feet mounted elastically on the skeleton, making it possible to demonstrate the rolling motion of the foot extremely well.

Can only be ordered together with a skeleton.
Not available for the “Oscar” skeleton (Art. No. 2960) or any mini skeletons.

The therapy skeleton has a movable spine and ligaments.

The model has the following features:
- Natural cast of a human skeleton
- Shows all anatomical details, fissures, foramina and processes
- Three-part detachable skull
- Removable arms and legs
- Sliding joints in shoulder, hip and ankle
- Leg can be dismantled at the knee
- Removable foot
- Movable shoulder blades
- 5-star safety castor stand
- Ligaments of the knee, hip, elbow and shoulder on one side of the body
- Fully movable spine with flexible intervertebral discs and emerging spinal nerves

Product data:

Height: 178 cm with stand / movable
Height without stand: approx. 165 cm
Weight: 9.5 kg

Skin Block Model - EZ Augmented Anatomy
This model of human skin, approximately 50x magnified, shows the various skin layers and anatomical structures in three dimensions. In addition to nerves and blood vessels, the model depicts sweat glands, sebaceous glands, hair follicles, arrector pili muscles, Vater-Pacini lamellar corpuscles and much more.

Product details:

Size: 20 x 10 x 20 cm
Weight: 0.9 kg

Skin adhesive, 225 g
Special adhesive for attaching silicone prostheses to the skin.

Skin Suture Trainer
This practice model allows surgical suturing to be practised again and again. The needle passage behaviour of the artificial skin closely replicates the real thing. Various skin suture techniques (simple interrupted sutures, backstitch sutures and intradermal sutures) can be practised on this model. The material is highly durable; even with frequent use, the wound edges of the artificial skin remain largely intact. This ensures a long service life of the training pad and keeps the cost per student low while maintaining the highest possible training quality. Includes holder with suction cups. Developed in collaboration with PD Dr. med. Sarah König, Learning Studio of Surgery, Department of General and Visceral Surgery, University Medical Centre Göttingen.

Product details:

Pad size: 15 x 13 cm

In developing this lifelike replica of a human skull, a real human skull was digitised using state-of-the-art technology and then idealised specifically for medical training purposes. This means the skull has been perfectly adapted to the anatomical ideal; all anatomical details and structures are present and correspond to the textbook. The 3-part model consists of the cranial base, calvaria (skullcap) and mandible. The teeth correspond to a real set of teeth in terms of alignment and interdental spaces. The mandible is mounted in a movable way and is removable. The calvaria is aligned to the cranial base using unbreakable metal pins and is held in place by strong magnets, so no annoying hooks are required, no pins can break, and no gap forms between the cranial base and calvaria. This clearly distinguishes the model from competing models with plastic pins or obtrusive metal hooks. In size and proportions, the skull corresponds to an average European adult. Thanks to state-of-the-art manufacturing technology and high production volume, we can offer this very successful model at an extremely favourable price, making this top-quality skull model affordable for everyone. Also available numbered!

Product data:

Size: 18 x 19 x 12 cm
Weight: 0.7 kg

This premium human skull model, in addition to its detailed depiction of skull structures, focuses specifically on the teeth and jaws, making it the perfect teaching and demonstration aid for dentistry and maxillofacial surgery. The front half of the upper and lower jaw can be removed, providing a clear view of teeth with roots—on one side with nerves and blood vessels—as well as the maxillary sinuses. The skull is not only ideal as an excellent aid for learning anatomy, but also as an explanatory tool for jaw surgery and implantology.

This premium human skull model, in addition to its detailed representation of the skull structures, focuses specifically on the teeth and jaw, making it the ideal teaching and demonstration aid for dentistry and maxillofacial surgery. The front half of the upper and lower jaw can be removed, providing a clear view of teeth with roots, on one side with nerves and blood vessels, as well as the maxillary sinuses. The skull is suitable not only as an excellent aid for learning anatomy, but also as an explanatory model for maxillofacial surgery and implantology.

This special version is designed to illustrate CMD syndrome. In craniomandibular dysfunction, there is an impairment of function in the interaction between the temporomandibular joints, the masticatory muscles and the teeth. Depicted are the wear of tooth enamel due to grinding, wear of the articular disc, as well as the relevant masticatory muscles: masseter muscle (M. masseter), superficial part (pars superficialis), deep part (pars profundus) and the relatively recently identified pars coronoidea. All three muscles are removable.

Skull model with attachment of the dura mater
This 3D-printed specimen of a dissected and opened cranial cavity shows the dural folds (dural duplications) and the dural venous sinuses (sinus durae matris), including the falx cerebri (on the retained mid-sagittal portion of the cranial vault). The intact tentorium cerebelli shows the tentorial notch, which normally accommodates the midbrain.

During the development of this lifelike replica of a human skull, a real human skull was digitised using state-of-the-art technology and then idealised with medical training requirements in mind. This means the skull has been perfectly adapted to the anatomical ideal; all anatomical details and structures are present and correspond to the textbook. The 3-part model consists of the cranial base, skullcap and mandible. The teeth match a real set of teeth in terms of tooth position and interdental spaces. The mandible is mounted with movement and is removable. The skullcap is aligned to the cranial base by unbreakable metal pins and is held in place by strong magnets, meaning no obstructive hooks are required, no pins can break, and no gap forms between the cranial base and skullcap. This clearly differentiates the model from competing models with plastic pins or obstructive metal hooks. In size and proportions, the skull corresponds to an average European adult. Thanks to state-of-the-art manufacturing technology and high production volume, we can offer this very successful model at an extremely favourable price, so that everyone can afford this top-quality skull model.

Skull model as item 4500, but additionally with markings of the areas of muscle origins and insertions. With nomenclature.

Size: 18 x 19 x 12 cm, weight: 0.7 kg

MUSCLE MARKING
Ideal for physiotherapy pupils and students! On the right side, the muscle origins (red) and insertions (blue) are marked. These markings were developed in collaboration with lecturers at a physiotherapy school and are specifically tailored to the requirements of physiotherapy. The instructions are structured didactically according to the sequence typical for physiotherapists and also refer to suitable literature.

This fascinating model shows the human skull on one side with the most important muscles of the head. The skull corresponds to item 4500; the lower jaw is immovable. The skullcap can be opened and removed.

Size: 18 x 19 x 12 cm, weight: 0.8 kg

Nervous system specimen (posterior view)
This 3D-printed specimen shows a unique view of axial anatomy, specifically a deep dorsal dissection of the head, neck, axillary region, thorax, abdomen and gluteal regions. Removal of the posterior parts of the skull and laminectomy from the cervical region to the opening of the sacral canal allows continuous viewing of the structures of the central nervous system as well as the origin of the segmental nerves in relation to the other axial and appendicular structures.

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.