Erler Zimmer

The size and shape of this specimen varies somewhat from a typical liver. It is less wedge-shaped and longer in the superoinferior dimension (on the posterior view this would translate to a greater vertical height). Normally, a liver is less than 16cm in...

This 3D model preserves the deep foregut organs: the descending, horizontal and ascending duodenum, the pancreas, and the spleen. A small window in the duodenum has been opened to allow for a view of the plicae circularis within this proximal part of the...

This 3D model is an isolated stomach with two dissection windows to expose the rugae and pylorus. A small portion of the terminal oesophagus is preserved at the cardiac region, and a small portion of the proximal duodenum beyond the pyloric sphincter...

Diaphragm and Xiphoid Process The diaphragm has been secured to the superior border of the dissected specimen with sutures to ensure an unobstructed view of the abdomen. The xiphoid process is in the middle of this sutured border. Liver and...

At the splenic hilum, the splenic artery and vein can be seen entering the spleen to supply and drain the organ. The opening of the splenic vein has been kept patent by the insertion of silicon tubing in the model. This model shows the most superior...

Coeliac Trunk Supplying the embryological foregut, the celiac trunk arises from T12 spinal level. Branches that can be observed in this specimen include the Left gastric artery arising from the left portion of the celiac trunk; remains of the splenic...

This 3D model represents one of the largest and most complex in the series, consisting of a partial torso from the diaphragm to the proximal thigh with a complete abdominal cavity preserving varying levels of dissection. This 3D model also records the...

The hilum of a lung is the point at which visceral and parietal pleura meet and functions with the pulmonary ligament as the lungs only connection with the rest of the body. This connection includes the Pulmonary Artery, Superior and Inferior Pulmonary...

This 3D model represents the complimentary section to the TW 63 right lung hilum 3D model within our series and provide a direct contrast to the TW 61 left lung section. While expressing few discrete features, this 3D model affords a view of the major...

The lung has been dissected following a parasagittal plane, removing the mediastinal surface. Ordinarily, the pulmonary arteries, veins and bronchi can be observed entering the lung in the hilum, but the primary bronchi cannot be seen in this specimen as...

The hilum of a lung is the point at which visceral and parietal pleura meet and functions with the pulmonary ligament as the lungs only connection with the rest of the body. This connection includes the Pulmonary Artery, Superior and Inferior Pulmonary...

This 3D model represents a normal sized adult heart with light dissection to the epicardium to expose the coronary arteries and cardiac veins. At the base of the heart, the terminal part of the superior vena cava and azygous vein can be observed just...

The superior thoracic aperture contains structures emerging from the thorax and entering the head and neck and upper limb. In this specimen, both clavicles, key venous structures and other musculature have been removed. Despite this, other important...

In this specimen the heart itself has been removed to demonstrate the reflections of parietal peritoneum and the orientation of the heart relative to other structures, including the diaphragm (diaphragmatic surface) and the lungs (left and right...

This model is a cross-section of the thorax at the level of the T6 vertebra. Beginning posteromedially at the spinal cord within the vertebral canal, then moving radially, the costovertebral joints of the 6th ribs are visible, followed by several other...

This 3D model provides a superficial dissection window into the lateral face to demonstrate the anatomy of the parotid gland relative to surface features and neurovascular structures. These structures are of particular significance for management in Mohs...

This 3D model provides a complimentary specimen to the H11 and H12 head and neck specimens by providing a perspective of the endocranial cavity without the brain, and a lateral dissection inclusive of neck anatomy. In the midsagittal section, the removal...

This 3D model preserves a transverse section through the cranial cavity with partial dissection of the brain and exposure of the left orbital roof, alongside a deep dissection of the face and temporomandibular joint region. Within the cranial cavity, the...

This 3D model presents the superficial anatomy of the face and head, and compliments the superficial facial anatomy of our HW 44 model with a more expanded dissection across the scalp and occipital regions. The superficial neurovascular and muscular...

This 3D model presents a superficial dissection of a left face anterior to the ear with false coloring highlighting a series of neurovascular structures alongside the superficial muscles of facial expression. This compliments the more expanded...

This 3D model of the head and neck represents a specimen sectioned just off the midsagittal plane to retain some midline anatomical structures (e.g., the falx cerebri, the septum pellucidum, the nasal septum) that are absent from other specimens in the...

This 3D model provides a midsagittal to parasagittal segment of a right head to demonstrate the relationships and passageways of the paranasal sinuses. These passageways have been highlighted with thin colored markers to indicate the relationship of...

This 3D model combines a midsagittal section of the head with preservation of brain and cranial cavity anatomy, with a unique deep dissection of the pharyngeal region via removal of basicranial bone and the anterior parts of the atlas and axis. As the...

This 3D model provides a combined midsagittal section through the head and superior neck coupled with a deep dissection into the infratemporal fossa region and superficial dissection of the scalp. In the preserved midsagittal section there is...

This 3D model provides a unique perspective on the anatomy of the cerebrum relative to the meninges. The cerebrum has been separated from the brainstem and cerebellum, with only parts of the midbrain and cerebral peduncles visible on the inferior surface...

This 3D model is a midsagittal hemisection through a whole brain, preserving the right side anatomy and deep brain structures and spaces visible in the midline. In lateral view, the right cerebral and cerebellar hemispheres are covered in the arachnoid...

This 3D model provides a view of the isolated brainstem anatomy from the midbrain to the medulla oblongata, and compliments the other diencephalon/brainstem 3D model in our series. Rostrally, the 3D model has been sectioned at an angle from the overlying...

This 3D model preserves the several deep cerebral and diencephalic structures through to the proximal medulla oblongata and compliment the other isolated brainstem in our series. Superiorly, on the right side of the 3D model, the lentiform (lenticular)...

This 3D printed specimen presents the conducting pathways of the respiratory system from the trachea, carina, and complete right and left bronchial trees to the level of the tertiary lobar bronchi. Each set of lobar bronchi have been colour-coded to...

This moulage shows a large wound with severe bleeding for training of wound packing. With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence an optional glue is available.Supplied in storage...

This affordable and realistic Wound Packing Simulator is ideal for emergency training and the simulation patient program. Shown is a realistic bullet wound with bleeding function caused by a large gun caliber, ideal for training the Wound Packing...

Special glue for fixing silicone moulages on the skin.

This rubber-like material breaks like glass and forms realistic looking splinters without the danger of injuries. The material can be broken in different sizes depending on your need. Use the artificial glass on a training scene or put it into a wound...

This moulage shows protruding small intestines after injury of the abdominal wall . The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available.Supplied in storage box. Size of the moulage is...

This moulage shows protruding large intestines after injury of the abdominal wall . The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available.Supplied in storage box. Size of the moulage is...

This moulage shows a 3rd degree burn with burned skin layer. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available.Supplied in storage box. Size of the moulage is approximately: 11.2 in. x 5.8 in...

This moulage shows a 2nd degree burn with blisters. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available.Supplied in storage box. Size of the moulage is approximately: 11 in. x 5.7in. x 0.4 in.

This wound moulage shows a 3rd degree burn with burned skin layer. The moulage adheres to skin or a manikin. For longer training or improved adernece an optional glue is available.Supplied in storage box. Size of the moulage is approximately: 6.6 in. x 3...

This moulage shows a 2nd degree burn with blisters. The moulage adheres on skin or a manikin, for longer training or improved adherence an optional skin glue is available.Supplied in storage box. Size of the moulage is approximately: 6.3 in. x 3.6 in. x...

This moulage shows scalding. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available.Supplied in storage box. Size of the moulage is approximately: 11.1 in. x 5.7 in. x 0.3 in.

This wound moulage shows scalding. The moulage adheres to skin or a manikin. For longer training or improved adherence an optional glue is available.Supplied in storage box. Size of the moulage is approximately: 6.7 in. x 3.7 in. x 0.2 in.

This wound moulage shows a bite by a human. The moulage adheres to skin or a manikin, however, for longer training or improved adherence an optional glue is available.Supplied in storage box. Size of the moulage is approximately: 4.3 in. x 3.1 in. x 0.4...

This moulage shows a cut by a broken bottle. The moulage adheres to skin or a manikin. For longer trainng or improved adherence an optional glue is available.Supplied in storage box. Size of the moulage is approximately: 4.1 in. x 2.8 in. x 0.4 in.

This Moulage shows a cut caused by a glass fragment while the fragment is still inside the wound. The glass fragment looks realistic, but is made of soft material to avoid any risk of injury. The moulage adheres to skin or a manikin without glue,...

This moulage shows an abrasion. Using some artificial blood will allow you to add some dirt or little stones to the wound for cleaning. The moulage adheres to skin or a manikin, however, for longer training or improved adherence optional glue is...

This moulage shows large lacerations. With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence an optional glue is available.Supplied in storage box. Size of the moulage is approximately: 11.2...

This wound moulage shows a large, deep cut. With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence an optional glue is available.Supplied in storage box. Size of the moulage is approximately:...

This moulage shows a laceration with an uneven wound edge. The moulage is self adherent on skin and on manikins. However, for longer training or imporved adherance an optional glue is available.Supplied in storage box. Size of the moulage is...

This moulage shows a cut of about 1cm depth. The moulage adheres on human skin or a manikin, however, for longer use or for improved adherence additional skin glue is available.Supplied in storage box. Size of the moulage is approximately: 4.7 in. x 3.1...

This wound moulage shows an open fracture of a smaller limb bone, e.g. lower arm. The moulage adheres to skin or a manikin, however, for longer training or improved adherence an optional skin glue is available.Supplied in storage box. Size of the moulage...

This moulage shows an open fracture of a smaller limb bone. With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence an optional glue is available.Supplied in storage box. Size of the moulage is...

This moulage shows an open fracture of a bigger limb bone (e.g. femur). With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available.Supplied in storage box. Size of the...

This wound moulage shows an exit hole of a bullet. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available. Supplied in storage box. Size of the moulage is approximately: 4.3 in. x 2.8 in. x 0.5 in...

This wound moulage shows an entrance hole of a bullet. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is available. Supplied in storage box. Size of the moulage is approximately: 4.3 in. x 3 in. x 0.3 in...

This moulage shows a bullet entrance and exit wound. The moulage can be wrapped around the leg to match the two holes. With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is...

This moulage shows a bullet entrance and exit wound. The moulage can be wrapped around the arm to match the two holes. With line for bleeding function. The moulage adheres to skin or a manikin. For longer training or improved adherence optional glue is...

Life size foot skeleton with representation of the ligamentous apparatus with related muscles. All bones of the foot as well as start of tibia and fibula are represented separately.The following muscles with ligaments are present:Flexor digitorum longus...

This fascinating model of an average European adult skull can be disassembled into 22 single bones. During development of this model one of the main targets was to make the model easy to assemble and dismantle. Stable parts with convenient magnet...

This is a great model for physicians discussing back pain with their patients. This back muscle model is designed for patient interaction and education. The model features soft, flexible, and removable superficial and intermediate muscle layers that also...

Left and right breasts attach to adult upper torso. The left breast permits ultrasound identification of cysts versus dense masses, while the right breast permits identification of cysts of different sizes and depths.Visualize cysts and masses using REAL...

The THORAXIS Thoracic Neuraxial Simulator is the ideal training simulator for common neuraxial blocks. The ultrasound compatible model contains anatomical structures found in the thoracic region and realistic dural puncture similar to a human patient...

For the special needs of physiotherapists this doll is manufactured with a cloth body to allow all kind of movements. This model is perfect to instruct parents how to do Vojta or Bobath exercises.

This simulator consists of a flexible skin on an arched base. The realistic condition and optical appearance of the skin creates natural training opportunities. The simulator has six locations for training of intradermal injections. If fluid is injected...

Training model for training of the i.m. puncture procedure as well as for the procedure of iliac crest puncture. The model includes an artificial pelvis made of material similar to human bone which can be punctured repeatedly. Fluid aspiration is not...

This training model was developed for a manufacturer of a contraceptive implant to train doctors in implanting and explanting the contraceptive implants. It represents the upper arm of a woman showing muscle and skin layer. After implanting it shows the...

Unlike other injection pads this advanced pad gives the opportunity to practice with a normal and a hardened abdominal wall. It allows the student to form a realistic fold for injection. Due to special material it gives a lifelike impression of touch and...

This suture trainer allows practicing surgical sutures again and again. The suturing resistance of the artificial skin is almost like the real skin. The material is very robust and guarantees a long term use. Due to this the costs per students are very...

This model is a perfect training patient for education and is characterized by the use of high quality materials which are very close to real humans in optical and haptic properties but still are strong and durable. The lower body allows the insertion of...

This model is a perfect training patient for education and is characterized by the use of high quality materials which are very close to real humans in optical and haptic properties but still are strong and durable. The lower body allows the insertion of...

This model is a perfect training patient for education and is characterized by the use of high quality materials which are very close to real humans in optical and haptic properties but still are strong and durable. The lower body allows the insertion of...

Replacement injection pad for the Intravenous Injection Training Arm (A-108536).

Replacment vein for the Intravenous Injection Training Arm (A-108536).

Replacement skin for the Intravenous Injection Training Arm (A-)

The injection model is intended to give the prospective physician and medical auxiliary staff the opportunity of practicing intravenous injection.The model consists of soft synthetic material with an exchangeable skin in addition to an exchangeable...

Replacement injection pad for the Intravenous Injection and Infusion Training Arm (A-108531).

Replacement vein for the Intravenous Injection and Infusion Training Arm (A-108531).

Replacement arm skin for the Intravenous Injection and Infusion Training Arm (A-108531).

Replacment hand skin for the Intravenous Injection and Infusion Training Arm (A-108531).

Specially developed for the Swiss army, this model offers the possibility of practicing blood sampling, injection and infusion.Two injection sites, one on the elbow and the other on the lower arm, allow palpation of the vein under the skin and realistic...

This impressive model shows three scaled down knee models. In addition to the healthy knee this model shows a diseased knee as well as a knee with knee implant. All models are movable, upper and lower leg can be separated. Supplied on Plexiglas stand...

This hip joint model is life size and shows a "Birmingham Hip". The implants can be removed allowing physicians and caregivers to explain the implant's function to the patient. The model can easily be removed from the plexiglass stand and disassembled...

This model has three scaled down hip models. The model features a healthy hip, a diseased hip as well as a hip with a hip implant. All models are movable, pelvis and femur can be separated, and the implant can be removed from the femur. Supplied on...

This 3D printed specimen of a left upper limb preserves a deep dissection from the distal humerus to the palmar surface of hand.Please Note: Thanks to the flexibility of manufacturing that 3D Printing offers, this model is "printed to order", and is not...

This 3D printed specimen preserves a mixed superficial and deep dissection of the anterior aspect of a right distal arm, forearm and hand.Please Note: Thanks to the flexibility of manufacturing that 3D Printing offers, this model is "printed to order",...

This 3D print of a superficially dissected right upper limb specimen displays a mixture of the vascular, nervous and muscular anatomy of the distal arm, forearm and hand.Please Note: Thanks to the flexibility of manufacturing that 3D Printing offers,...

This 3D printed specimen complements our dorsal dissection specimen by presenting a ventral deep dissection of axial anatomy from the head, neck, axillae, thorax, and abdomen to the proximal portion of the thighs. The removal of the anterior portions of...

This Erler-Zimmer translucent flexible heart model is derived from the results of a CT scan of a healthy, adult male heart. It is anatomically correct inside and outside. The heart is made from a translucent, soft and lifelike material. It is pre-cut at...

This Erler Zimmer opaque flexible heart model is derived from the results of a CT scan of a healthy, adult male heart. It is anatomically correct inside and outside. The heart is made of an opaque, soft and lifelike material. It is pre-cut at different...

This is a very strong and stable tripod for use with Erler Zimmer x-ray phantom head models. The tripod is foldable and steady, firmly and safely holding the phantom head model in place. It features a rotatable head for precise positioning of the phantom...

This opaque X-Ray part phantom shoulder model provides students the chance to take many real x-ray images of the shoulder joint. Erler Zimmer Phantom models use real human bones that tolerate taking real x-ray images. The model is perfect for schools and...

This transparent X-Ray part phantom shoulder model provides students the chance to take many real x-ray images of the shoulder joint. Erler Zimmer Phantom models use real human bones that tolerate taking real x-ray images. The model is perfect for...

Human skull, safely embedded in plastic for easy use. Erler Zimmer has embedded a real human skull in opaque plastic. This opaque phantom model includes a real human skull and tolerates taking multiple real x-ray images. The model is not only perfect for...

Human skull, safely embedded in plastic for easy use. Erler Zimmer has embedded a real human skull in transparent plastic. This transparent phantom model includes a real human skull and tolerates taking multiple real x-ray images. The model is not only...

This opaque X-Ray phantom head model including cervical vertebrae gives the unique opportunity to take many x-ray images of this region. Erler-Zimmer Phantom opaque head models include real human bones and allow students to take real x-ray images. The...

This is a transparent X-ray phantom head model that includes cervical vertebrae. Erler Zimmer has embedded a real human skull in transparent plastic. This transparent phantom model includes a real human skull and tolerates taking real x-ray images. The...

This opaque X-Ray phantom elbow model gives the unique opportunity to take many x-ray images of this joint. Erler-Zimmer Phantom elbow models include real human bones and allow students to take real x-ray images. The model is not only perfect for schools...

This Transparent X-Ray phantom elbow model permits students to take multiple x-ray images of a single body part. This transparent phantom model includes real human bones and allows taking real x-ray images. The model is not only perfect for schools and...

This opaque X-Ray phantom knee model gives the unique opportunity to take many x-ray images of this joint. Erler-Zimmer Phantom knee models include real human bones and allow students to take real x-ray images. The model is not only perfect for schools...

This Transparent X-Ray phantom knee model permits students to take multiple x-ray images of a single body part. This transparent phantom model includes real human bones and endures taking real x-ray images. The model is not only perfect for schools and...

This opaque X-Ray phantom lower leg and foot model gives the unique opportunity to take many x-ray images of a single body part. Erler-Zimmer Phantom include real human bones and allow students to take real x-ray images. The model is not only perfect for...