A.S. International

The Life Size Human Body Parts Model Anatomy Doll with Removable magnetic Organs is an exceptional educational tool designed to provide a clear and interactive understanding of the human body and its internal systems. This 3D human organ model is crafted with precision to depict the major human body organs and their correct anatomical positions, making it ideal for medical students, nursing students, physiology students, and even children exploring STEM subjects. Its life-size proportions allow learners to observe relative positioning and accurate scaling, providing a true-to-life perspective of how the body’s internal systems are structured and interconnected. The model includes a comprehensive set of 27 removable organs and over 200 numbered areas for detailed study, enabling both students and educators to identify, examine, and understand complex bodily functions with clarity and ease.
This anatomy model features a highly detailed torso that includes essential components such as the brain portion, left eye, sections of the right and left lungs, thoracic aorta, esophagus, heart (two parts), liver, stomach (two parts), intestinal tracts, caecum, pancreas, spleen, kidneys, vertebrae, and reproductive systems for both male and female anatomy in multiple parts. The removable organs are designed to allow close examination, offering a hands-on approach to learning that strengthens comprehension of organ placement, structure, and role in bodily processes. With its open-back design, users can also explore the vertebral column, spinal cord, and nerve endings, making this model a complete representation of the human anatomy for both classroom and professional training environments.
Constructed from high-quality PVC plastic, the life-size anatomy doll is durable, long-lasting, and capable of withstanding frequent handling, making it suitable for repeated use in classrooms, labs, or training centers. Some pieces are designed using flexible PVC to provide a more realistic tactile experience, while the secure combination of hooks and hidden magnets ensures that organs fit precisely into place, allowing for easy assembly and disassembly. The sturdy 9 by 13-inch base ensures stability, and at a full height of 34 inches, the model provides an impressive, lifelike display that enhances its educational value and usability.
Beyond academic purposes, this human body model serves a wide variety of uses. It is perfect as a teaching aid in schools and colleges, a study companion for medical students preparing for examinations, or as an engaging STEM activity for children at home. Its interactive and puzzle-like structure encourages curiosity and active participation, helping learners of all ages better understand how organs function together to sustain life. Artists can also use it as a reliable anatomical reference for accurate figure drawing, while science enthusiasts may incorporate it into projects, demonstrations, or even creative displays such as Halloween décor. The model also comes with a study guide that provides additional insight, ensuring that both students and instructors have a complete resource for learning.
With its combination of durability, accuracy, and interactive design, the Life Size Human Body Model with Removable Organs is more than just an anatomy kit—it is an indispensable learning tool that brings the study of human biology to life. Whether for educational institutions, medical training, personal study, or creative exploration, this model offers a versatile and engaging way to deepen the understanding of human anatomy and physiology.

The PVC Disarticulated Human Skeleton Model for Students, 30 cm in size, is a compact and highly detailed anatomical tool designed specifically for medical education and hands-on learning. Crafted from high-quality white PVC material, this skeleton model offers an excellent blend of durability, precision, and anatomical accuracy. It is ideal for students in medical colleges, paramedical institutions, and biology departments who need a clear and tactile understanding of human skeletal anatomy.
This disarticulated skeleton model presents each major bone of the human body as separate pieces, providing a deeper and more interactive approach to anatomy education. Students can examine individual bones, identify key landmarks, and explore how the skeletal system supports and structures the human body. The 30 cm size makes it perfectly suited for desktop study and classroom demonstrations while maintaining anatomical proportions for effective visualization. Despite its compact size, the model retains a high level of anatomical fidelity, showcasing important structural features that aid in learning bone names, shapes, and positions.
One of the primary advantages of this disarticulated human skeleton model is its flexible limbs, allowing users to understand the range of motion and joint articulation without the constraints of a fully assembled figure. This flexibility is particularly beneficial for teaching functional anatomy and biomechanical movement. Whether used for independent study or group demonstrations, this model serves as a hands-on supplement to textbooks and digital content, enhancing the learning experience with tactile engagement.
The PVC construction not only ensures long-lasting use but also makes the model lightweight and easy to handle. It is resistant to breakage, staining, and moisture, making it suitable for repeated classroom handling and laboratory environments. Its white color closely resembles real bone, which enhances the visual learning experience while maintaining a clean, professional appearance. Furthermore, the non-toxic and easy-to-clean surface makes it a hygienic choice for educational institutions.
This skeleton model is particularly suitable for medical colleges, where a clear understanding of skeletal structure is foundational to studying subjects such as anatomy, orthopedics, physiology, and forensic medicine. It allows students to explore and memorize the human skeletal system through interactive, self-paced learning, which is essential for exams and practical assessments. It can also be used in medical demonstrations and health awareness programs to illustrate human anatomy to a broader audience.
In laboratory and classroom settings, this disarticulated model allows educators to create engaging lessons and practical activities that involve bone identification, skeletal assembly, and comparative anatomy exercises. Its small size ensures it can be easily stored or carried without compromising on detail and educational value.
In summary, the PVC Disarticulated Human Skeleton Model for Students is a highly functional and educationally valuable tool designed to support in-depth learning of human skeletal anatomy. Its flexible limbs, durable material, and compact design make it an indispensable resource for medical and biology students. This model not only facilitates better understanding of human structure but also promotes hands-on learning, critical thinking, and anatomical fluency. Whether used in a college lab or a classroom setting, it serves as an essential teaching aid for comprehensive and interactive education in human anatomy.

A knee joint anatomy model set is a highly effective educational resource designed to support comprehensive learning and demonstration of human knee structure, function, and common clinical conditions. Created specifically for use in medical colleges, nursing institutes, physiotherapy schools, and allied health training centers, this life-size anatomical model set enables clear visualization of both healthy and pathological knee anatomy. By presenting multiple stages of the knee joint in a single educational kit, it helps bridge the gap between theoretical anatomy and practical clinical understanding.
The set includes three distinct knee models that together provide a complete learning experience. The life-size normal knee model allows students to study the natural structure of the joint in detail, including bones, ligaments, cartilage, and joint alignment. This accurate representation helps learners understand biomechanics, movement, and load-bearing functions of the knee, which are essential topics in anatomy, orthopedics, and sports medicine education. The realistic scale enhances spatial understanding, making it easier to correlate textbook diagrams with real anatomical proportions.
To further support clinical education, the set also includes a knee model depicting the second stage of osteoarthritic changes. This model is especially valuable for teaching pathology, as it visually demonstrates cartilage degeneration, joint space narrowing, and structural changes associated with osteoarthritis. By examining this model, students gain a clearer understanding of disease progression and its impact on joint function. This hands-on learning approach improves retention and helps learners connect symptoms with underlying anatomical changes.
The third model in the set demonstrates a knee with an implant, offering a clear and practical explanation of total knee replacement procedures. This model is particularly useful in orthopedic training and patient education, as it shows how artificial components are positioned within the joint. It helps students, trainees, and clinicians understand surgical outcomes, implant alignment, and post-operative joint mechanics. The ability to visually compare a healthy knee, a diseased knee, and a surgically treated knee makes this set a powerful teaching aid.
Manufactured from high-quality unbreakable PVC material, the models are designed for long-term use in busy educational environments. The durable construction ensures resistance to accidental drops and frequent handling, making it suitable for repeated classroom demonstrations and clinical training sessions. The smooth finish and clear detailing enhance visual clarity while maintaining safety for users.
From an educational standpoint, this knee joint anatomy model set supports interactive learning and effective demonstration. It is widely used during lectures, practical exams, workshops, and training programs to explain anatomy, pathology, and orthopedic interventions. The realistic design encourages active engagement, discussion, and hands-on exploration, which are essential for deep learning in medical education.
Overall, this anatomy knee model set is a premium educational tool that enhances understanding of knee anatomy, disease progression, and surgical treatment. Its anatomical accuracy, life-size scale, and durable construction make it an ideal addition to anatomy labs and teaching hospitals. By offering a clear visual comparison of normal, osteoarthritic, and implanted knees, it supports comprehensive learning and skill development for future healthcare professionals.

The influenza virus model is a highly effective educational tool designed to support the teaching and learning of virology, microbiology, pathology, and medical sciences in academic and training laboratories. This model provides a clear three-dimensional representation of the influenza virus structure, allowing students to visually understand its complex morphology and key components that play a role in infection and transmission. By transforming abstract microscopic concepts into a tangible form, the model helps learners grasp essential details of viral structure that are otherwise difficult to visualize through textbooks or microscope images alone.

Crafted with precision and attention to scientific accuracy, the influenza virus model illustrates critical features such as the viral envelope, surface proteins, and internal components in a simplified yet realistic manner. These elements are proportionally designed to demonstrate how the virus attaches to host cells, enters the body, and initiates infection. This visual clarity is especially valuable for explaining mechanisms of viral replication, immune response, and the principles behind vaccination and antiviral strategies. The model supports a deeper conceptual understanding, making it an indispensable aid for both instructors and students.

Manufactured from durable, high-quality materials, the influenza virus model is suitable for frequent handling in classrooms and laboratories. Its robust construction ensures long-term use while maintaining structural detail and visual clarity. The smooth surface finish allows for easy cleaning and maintenance, ensuring hygienic use in shared educational environments. Designed for stability during demonstrations, the model can be comfortably used in lectures, practical sessions, and small group discussions without risk of damage.

The influenza virus model plays a vital role in bridging theoretical virology with practical learning outcomes. Students can easily identify and differentiate viral components, understand the role of surface antigens in infection, and relate structural features to disease symptoms and transmission patterns. This hands-on learning approach enhances engagement and improves knowledge retention, particularly for complex topics such as viral mutation, strain variation, and seasonal outbreaks. It also supports the development of analytical thinking by encouraging students to connect structure with function.

Widely used in medical colleges, nursing schools, paramedical institutes, and life science laboratories, the influenza virus model aligns well with standard academic curricula. It is an excellent teaching resource for subjects including microbiology, immunology, public health, and epidemiology. Educators can use the model to explain global health concepts, prevention strategies, and the importance of vaccination in controlling viral diseases, making classroom instruction more interactive and impactful.

In addition to formal teaching, the influenza virus model is ideal for self-study, revision, and examination preparation. Its clear design enables students to revisit important concepts independently, reinforcing learning outside the classroom. As a reliable and visually engaging piece of educational equipment, the influenza virus model enhances scientific understanding, supports effective instruction, and contributes to high-quality education in virology and health science programs.

 human brain model to enable disease research, drug discovery. Cultured from induced pluripotent stem cells, “miBrains” integrate all major brain cell types and model brain structures, cellular interactions, activity, and pathological features

The PVC Adult CPR Training Manikin, 15 inch, is a high-quality, durable, and realistic medical training tool designed to provide an effective hands-on learning experience for students and professionals in medical colleges, nursing institutions, hospitals, and emergency response training centers. Constructed from premium-grade PVC material, this manikin ensures long-lasting use while maintaining the anatomical accuracy required for realistic cardiopulmonary resuscitation (CPR) practice. Its compact 15-inch size makes it highly portable and easy to carry, while the carefully crafted skin-colored design adds to its lifelike appearance, making training sessions more engaging and practical. Packaged in a sturdy box, the manikin is convenient to transport and store, making it an ideal choice for both classroom settings and mobile training programs.
One of the standout features of this CPR manikin is the integrated CPR Rate Monitor, which provides instant feedback to both students and instructors regarding the accuracy and speed of chest compressions. This real-time monitoring system ensures that learners maintain the correct rate and rhythm of compressions, significantly improving skill acquisition and performance retention. By receiving immediate feedback, trainees can make on-the-spot corrections, thereby enhancing the effectiveness of the training session and ensuring that they develop the confidence to perform CPR correctly in real-life emergencies. This makes the manikin a vital tool in preparing medical students and first responders to save lives.
The manikin is also designed with a face and head tilt mechanism that accurately simulates the natural movement of a human head during resuscitation. This feature teaches students the correct way to open a patient’s airway, a critical step in CPR that ensures proper ventilation. The full chest rise capability further adds to the realism, allowing trainees to clearly observe the results of their rescue breaths. Additionally, the manikin includes a clicker mechanism that provides audible feedback when compressions are performed with the correct depth and force, helping learners understand the precise amount of pressure required to effectively compress the chest. This unique combination of features ensures that students practice with accuracy and realism, reinforcing correct techniques that can later be applied in real emergency situations.
To enhance hygiene and safety during repeated training sessions, the PVC Adult CPR Training Manikin comes with 10 adult/child face shield lung bags. These disposable lung bags make it easy to maintain a clean and sanitary training environment, reducing the risk of cross-contamination among multiple users. The face shields are simple to replace and allow multiple participants to practice CPR techniques in the same session, making the manikin suitable for group training programs in educational and healthcare institutions.
Portability and ease of setup are additional advantages of this manikin. Its lightweight PVC construction and compact design make it easy to carry and assemble at any training site, whether in a classroom, hospital, or off-site location. Instructors can quickly prepare the manikin for use, allowing more time to be focused on actual skill practice rather than lengthy setup procedures. The durable build ensures that the manikin withstands repeated practice sessions, providing reliable performance over time.
With its CPR Rate Monitor, head tilt and chest rise functions, clicker compression feedback, and hygienic face shield lung bags, it provides everything needed for high-quality instruction in medical colleges and professional training programs. Its portability, ease of setup, and long-lasting PVC construction make it an indispensable resource for students, healthcare professionals, and emergency responders dedicated to mastering life-saving CPR techniques.

This enlarged eye anatomy model is a highly detailed educational tool designed to help students, trainees, and educators explore the complex structure of the human eye with clarity and precision. Enlarged six times its actual size, the model provides a clear and accurate representation of the major internal and external components of the eye, making it ideal for science classrooms, biology laboratories, medical training institutes, and health education programs. Its large scale allows learners to easily study structures that are normally difficult to observe in real specimens, enabling a deeper understanding of visual anatomy and physiological functions. The model is crafted with attention to anatomical accuracy, showcasing parts such as the cornea, iris, lens, retina, sclera, choroid, optic nerve, and surrounding tissues, all color-coded for easy identification and proper conceptualization of the layered organization of the human eyeball.
Designed specifically for educational use, the eye model separates into multiple pieces, allowing students to examine each part individually. This hands-on exploration supports interactive learning, helping users visualize the relationship between structures and understand how each component contributes to vision. The detachable design encourages practical engagement, making the model suitable for teaching fundamental concepts such as light refraction, image formation, depth perception, and the pathway of nerve signals from the retina to the brain. By physically manipulating the parts, students can appreciate the spatial arrangement of the eye and gain insights into common visual disorders, injuries, and the importance of eye care.
The model includes a stable and removable stand that provides firm support during demonstrations, making it easy for instructors to use in classrooms or labs. The stand allows the model to be displayed neatly on desks, shelves, or presentation tables, enhancing the visibility of each feature during lessons and helping maintain an organized learning environment. Its robust construction ensures durability and long-term use, even with frequent handling by large groups of learners. The components are made from quality materials designed to resist wear, making the model a reliable addition to any educational collection.
This anatomical eye model plays an essential role in science and medical education by bridging the gap between textbook diagrams and real human anatomy. Students benefit from its three-dimensional form, which provides a more comprehensive understanding than flat illustrations. It is particularly useful for explaining the mechanisms of vision and common clinical topics such as myopia, hyperopia, cataracts, glaucoma, and retinal disorders. Instructors can incorporate the model into various teaching activities, from introductory lessons in school biology to advanced training sessions in ophthalmology, nursing, and paramedical courses.
Overall, this enlarged eye anatomy model is a valuable resource for enhancing visual learning and supporting in-depth anatomical study. Its realistic design, removable parts, sturdy stand, and educational focus make it an excellent tool for promoting curiosity, improving comprehension, and strengthening conceptual understanding in learners at multiple levels.

 Lifelike abdomen with baby, umbilical cord, and placenta.

Adjustability: Modify fetal positions and presentations.

Multiple Scenarios: Train for various birthing situations.

Soft Tissue Realism: Accurate skin and body feel.

Safety: Made with non-toxic, durable materials

Pelvis shapes : Long and narrow
Pelvis cava : Like a funnel
Aperture pelvis superior : Heart-like
Sacrum : Long and narrow
Angles of pelvis arch : 70-75 degree
Symphysis pubica : Long and narrow

Product Detls: Minimum Order Quantity 1 Piece Material PVC Usage/Application Medical Color Skin Packaging Type Box Model GD/H17F Features: General urethral Catheterization Process can be operated. There is resistance when Advancing the catheter through Urethral sphincter.

Product Detls: Minimum Order Quantity 1 Piece Material PVC Usage/Application Medical Color Skin Packaging Type Box · The models demonstrate the wound in different position in pudendum. · It's made of soft materials, can be used in many times suturing trning. · Right, left or median posterior incision can be selected to exercise perineum cutting and suturing.

Advance surgical suture arm