The Unisex Human Torso model is an anatomically accurate representation of the human torso, measuring 85cm in height. This model is designed to provide a comprehensive study of the internal organs and systems within the chest and abdominal regions.
The torso is made up of high-quality materials that closely resemble human tissues, allowing for a realistic hands-on learning experience. The model features removable organs, including the heart, lungs, liver, stomach, and intestines, which can be dissected and examined individually or as a whole. This enables students and medical professionals to understand the structure, function, and interconnectedness of these vital organs.
Furthermore, the Unisex Human Torso model includes additional features to enhance the learning process. It may have interchangeable male and female genitalia, providing a detailed understanding of the reproductive systems and their differences. Some models also include a removable fetus in the womb, allowing for the study of fetal development and pregnancy.
This versatile model is widely used in medical schools, anatomy classrooms, and healthcare training facilities. It serves as a valuable educational tool for teaching various disciplines such as anatomy, physiology, pathology, and surgical procedures. By using the Unisex Human Torso model, learners can develop a deeper understanding of the complexities of the human body and improve their clinical skills and knowledge.
In addition to the Unisex Human Torso model, there are various other specialized training models available for different medical skills. For example, the First Aid Skill Training Model is designed to train individuals in basic first aid techniques. The Intravenous Injection Arm provides a realistic simulation of administering intravenous injections. The Mattress Sutures Model helps practitioners practice suturing wounds on different body parts. The Full Body Trauma Manikin is a comprehensive manikin used for trauma training scenarios.
These specialized training models cater to specific medical skills and provide hands-on practice opportunities for learners. Whether it's ACLS training, CPR training, airway management, or diagnostic skills, there are models available to simulate and enhance the learning experience. These models contribute to the development of clinical skills and help healthcare professionals prepare for real-life scenarios.
Overall, the availability of various training models, including the Unisex Human Torso model, is instrumental in medical education and training. These models facilitate a practical learning environment, allowing learners to gain a comprehensive understanding of the human body and develop essential clinical skills.
Features：
Torso has an exposed spine with removable vertebra and spinal cord segments, a female breast plate and inte rc hang eable male and female g e nitalia. Female organs include a fetus in the womb. Dissectible into 40 parts: torso, female breast plate, head , eyeball, brain
（8parts）, vertebra spinal nerves(4 parts), lung (4 parts), heart (2 parts), trachea, esophagus and descending aorta, diaphragm, liver, kidney, stomach (2 parts), intestines (4 parts), male genitalia (4 parts), female genitalia with fetus (3 parts).
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