Natural size. The doll with a length of 90 cm. and weighing 6 corresponds to a small child approximately 3 years old. This realistic training doll offers the facility for numerous nursing procedures for training...
in natural size approximately 4-weeks-old. Made of plastic throughout comprising body with movable head arms and legs. The following parts can be exchanged on this doll: - female chest and abdominal wall with umbilical vein...
according to chief physician Dr. Wolfgang Birkner The life-sized model in plastic consists of the right half of the ribcage and arm stump. Removing the soft covering of the skin reveals the shoulder joint with...
According to Prof. Dr. med. John A. Nakhosteen. Life-sized in plastic. Intubation trainers for pediatric and adult bronchoscopy ICU and anesthesiology. The Broncho Boy family of mannequins presents specific solutions for learning and improving intubation...
Universal Bronchoscopy and Anesthesiology Trainer produced in co-operation with Prof. Dr. J. A. Nakhosteen. Life-sized in plastic. While retaining the life-like anatomical features of the original the Broncho-Boy II incorporates a number of innovations enabling...
As the name implies the Sick Boy offers the trainee bronchoscopist the opportunity of visualizing some typical endoscopic pathology as well as doing forceps biopsies of a right upper lobe lesion. It includes an adenoma...
The Nakhosteen Bronchoscopy Model Broncho Boy was designed initially to facilitate learning transoral and transnasal flexible fibreoptic bronchoscopy. It may however be used for intubation with a rigid bronchoscope. It was conceived and developed by...
With the co-operation of Prof. Dr. Chr. Fusch Uniklinik Greifswald we have developed a life-size model for orotracheal and nasotracheal intubation. In addition to a moveable lower jaw great importance has been placed on faithfully...
after Prof. Dr. J. Sökeland Made of special plastic suitable for TS 6/4 and TS 6/6. Full details in TS 6/6. 1. Papillary bladder tumor 2. Trabeculated bladder 3. Broad-base bladder tumor 4. Fibrinuous cystitis...
Produced in co-operation with Prof. Dr. J. Sökeland. Transurethral operation techniques require extensive training. A practice phantom can support the learning process to a great extent. The phantom comprises a natural size trunk made of...
according to Prof. Dr. J. Sökeland Dortmund. Made of special plastic. An urological practice model that allows rectal examinations and palpation of the testicles to be learned under true-to-life conditions. 5 different changes in the...
according to PD Dr. med. H. Hempfling of Murnau. The model consists of a plastic hand in which the carpal bones the radius and ulna together with the carpal disc and the intra-articular ligaments are...
According to Prof. Dr. Henche The model comprises a soft skin and muscle covering in which the joint is embedded complete with its ligamental connections and capsule. This makes it possible to practise operations in...
using the Dr. Simon method The model consists of a rigid plastic mass and corresponds to the actual size of a normal woman. The model has been designed mainly for the simulation of all pelviscopic...
In accordance to Prof. Dr. med. H.R. Henche in natural size in plastic. The model comprises one soft front palpable and one cutaneous muscle sleeve in which the bone of the knee joint is embedded...
This 3D printed heart has been dissected to display the internal structures of the chambers. At the base of the heart the termination of the superior vena cava is preserved entering the right atrium. Part...
This 3D printed specimen preserves the external anatomy of the heart and the distal trachea, carina, and primary bronchi in the posterior mediastinum relative to the great vessels and left atrium (which demonstrates the pericardial...
This 3D printed heart specimen preserves superficial cardiac anatomy and the bases of the great vessels. All four chambers (atria and ventricles) are preserved, with the pericardial reflections on the left atrium demarcating the position...
This 3D printed specimen preserves a dissection of the right thoracic wall, axilla, and the root of the neck. The specimen is cut just parasagittally and the visceral contents of the chest have been removed....
This 3D printed specimen complements our dorsal dissection specimen (MP1400) 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...
This 3D printed specimen presents a unique view of axial anatomy, presenting a dorsal deep dissection of the head, neck, axillae, thorax, abdomen, and gluteal regions. The removal of the posterior portions of the cranium...
This large 3D-printed specimen displays the entire male posterior abdominal wall from the diaphragm to the pelvic brim, as well as pelvic anatomy and to the proximal thigh. This same individual specimen is also available...
This 3D printed specimen presents a small loop of jejenum and mesentery. A window into the mesentery, fat and visceral peritoneum has been removed to illustrate the arterial arcades in the mesentery.
This 3D printed specimen demonstrates a small loop of ileum and mesentery. A window into the mesentery has been dissected (removing fat and visceral peritoneum) to show arterial arcades in the mesentery.
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...
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This 3D printed specimen provides a view of deep plantar structures of a right foot. Medially, the cut edge of the great saphenous vein is visible within the superficial fascia, just anterior to the cut...
This 3D printed specimen presents both superficial and deep structures of a right distal leg and foot. Proximally, the posterior compartment of the leg has been dissected to remove the triceps surae muscles and tendocalcaneous...
This 3D printed specimens preserves a mixed superficial and deep dissection of a left distal leg and foot. Posteriorly, the compartment muscles and neurovascular structures have been removed to isolate the tendocalcaneous and expose the...
This 3D printed specimen is a left foot with superficial structures exposed on the dorsum, and the superficial layer of muscles and nerves on the plantar surface. The anterior portion of the plantar aponeurosis has...
This 3D print records the anatomy of a right distal leg and the deep structures of the plantar surface of the foot. Proximally, the tibia, fibula, interosseous membrane, and leg muscles are discernable in cross-section....
This 3D printed specimen preserves the distal thigh and proximal leg, dissected posteriorly to demonstrate the contents of the popliteal fossa and surrounding region. The proximal cross-section demonstrates the anterior, posterior and medial compartment muscles,...
This 3D printed specimen preserves the distal thigh and proximal leg, dissected posteriorly to demonstrate the contents of the popliteal fossa and surrounding region.
This 3D printed specimen represents the remainder of the lower limb portions of our male abdominopelvic and proximal thigh specimen (MP1765), sectioned proximally near midthigh and continuous to the partially dissected foot. The transverse section...
This 3D printed specimen presents a superficial dissection of a left lower limb, from just proximal to the knee joint to a complete foot. The skin and superficial fascia have been removed to display the...
This 3D printed specimen preserves a superficial dissection of the lower limb musculature from the mid-thigh to mid-leg, as well as nerves and vessels of the popliteal fossa. The insertions of the muscles of the...
This 3D printed specimen consists of a right partial lower limb sectioned just proximal to the knee joint and complete through a partially dissected foot exposing the structures on the dorsum.
This 3D printed specimen presents a left distal arm and proximal forearm with all skin, subcutaneous fat and superficial cutaneous nerves and veins removed. The elbow region partially flexed to display the arrangement of muscles...
This 3D printed cubital fossa displays a superficial dissection of the right distal arm and proximal forearm. The skin and superficial fascia has been removed anteriorly, medially and laterally to expose the superficial veins (basilic,...
This 3D printed specimen demonstrates a superficial dissection of a left hand and wrist. Anteriorly, the transverse carpal and palmar carpal ligaments have been removed to expose the tendons and nerves traversing the carpal tunnel...
This 3D-printed specimen shows the origin and insertion of biceps (most other arm and shoulder muscle bellies have been removed). The long head of biceps arises from the supraglenoid tubercle (hidden from view) and travels...
This 3D printed specimen of a left upper limb preserves a deep dissection from the distal humerus to the palmar surface of hand.
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.
This 3D printed specimen preserves a mixed superficial and deep dissection of the anterior aspect of a right distal arm, forearm and hand.
This 3D-printed specimen displays a great deal of upper limb anatomy. In the distal arm and elbow/ cubital fossa region it shows the arrangement of the biceps tendon, brachial artery and median nerve arranged from...
This 3D-printed specimen demonstrates the superficial anatomy of a left upper limb from the blade of the scapula to the hand. The skin and superficial and deep fascia has been removed from most of the...
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