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Download a PDF file3D anatomy models / 3D anatomical models of the abdominal cavity + viscera
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 (many long ...
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 (many long ...
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 (many short ...
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 ...
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 ...
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 ...
Diaphragm and Xyphoid 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 xyphoid process is in the middle of this ...
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 ...
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 ...
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). ...
This 3D model captures the internal surface of the anterior abdominal wall, a region oftentimes removed or damaged during dissection (and complimenting our A8 abdominal specimen where the anterior wall has been ...
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3D anatomy models - 3D anatomical models of the abdominal cavity + viscera
3D anatomical models of the abdominal cavity and internal organs are advanced educational tools that realistically present the anatomical structures of the abdominal cavity, such as bones, muscles, internal organs, blood vessels, lymphatic system and neural structures. Various elements can be identified within the abdominal cavity, including internal organs (small intestine, large intestine, stomach, liver, etc.), blood vessels and structural elements of the abdominal wall. Due to their complexity, these models are extremely valuable in the teaching process, enabling a thorough understanding of the functions and relationships between individual anatomical structures. Our offer includes 3D anatomical models of the abdominal cavity and internal organs, which were created on the basis of radiological data from computed tomography (CT) and using modern 3D printing technology. In addition, we also offer traditional anatomical models of the abdominal cavity.
3D anatomical models of the abdominal cavity and internal organs - advantages:
Our 3D anatomical models of the abdominal cavity and internal organs are made entirely of artificial materials, which means that they do not wear out and provide uniform teaching conditions for all students. An additional advantage of these models is their extremely precise manufacturing, possible thanks to the use of radiological data from CT and 3D printing technology. These are high-fidelity models that precisely reproduce the actual dissection preparation on the basis of which they were created. Our abdominal anatomical models present structures such as bones, muscles, internal organs, nerves, blood and lymphatic vessels in their correct anatomical positions. This is a huge advantage compared to traditional models, which often present anatomy in a more schematic way. Moreover, 3D anatomical models of the abdominal cavity and internal organs do not require special storage conditions and can be used in standard classrooms. Their durability is also very long, which translates into economical use. Undeniably, the matching colors of individual structures make it easier to understand the topography and relationships between them when learning anatomy.
3D anatomical models of the abdominal cavity and internal organs - application:
The 3D anatomical models of the abdominal cavity and internal organs that we present are an ideal educational tool for students of medical faculties such as medicine, physiotherapy, nursing and emergency medical services. Currently, they are widely used at universities around the world. Moreover, these models are perfect for equipping anatomical and biological laboratories and anatomical museums. They are invaluable during courses and training in various fields of medicine. 3D anatomical models of the abdominal cavity and internal organs can also be a decorative element in teaching rooms and medical offices or be part of thematic exhibitions devoted to human anatomy.
Types of 3D anatomical models of the abdominal cavity and internal organs:
Our offer includes both conventional anatomical models and advanced 3D anatomical models of the abdominal cavity and internal organs, which faithfully reproduce their anatomical structure, just like real dissection preparations. Our offer includes models that allow for a detailed examination of the interior of the abdominal cavity and the location of internal organs. The 3D models that we have in our assortment include: model of the stomach, spleen, pancreas, liver with gallbladder, model of the abdominal cavity with a bilateral hernia.
- The 3D intestinal model is particularly popular.
Based on radiological data, a series of models faithfully reflecting the human body were created. These advanced teaching aids are the equipment of anatomy laboratories of many Medical Universities in Poland. This is a modern solution used in many countries around the world.
How can we help you?
OpenMedis is an experienced manufacturer and distributor of anatomical models on the Polish market. For many years, we have been providing educational tools to anatomy laboratories at medical universities, medical offices, schools and museums. If you need advice on equipment for an anatomy laboratory in your institution, we are ready to provide professional help and advice. Please contact us.
In addition, we also recommend our 3D anatomical models of the head and 3D lung models, which, combined with 3D models of the abdominal cavity and internal organs, create a comprehensive set for learning the anatomy and physiology of the body.
