Why is it so important to understand human anatomy in today's educational and healthcare environment? An anatomical model with organs provides students, educators, and healthcare professionals with an invaluable tool for visualizing and learning about the structure of the body. This guide gives you an overview of the different types of models, their uses, how to choose the right solution, and how to maintain the models. Discover how these models can make a real difference in learning, training, and communication in 2025. Read on and learn about your options.
What is an anatomical model with organs?
An anatomical model with organs is an indispensable tool for anyone who wants to understand the structure of the human body in detail. This type of model differs from general anatomical models by focusing specifically on the internal organs and their relationships.
The models are typically made from materials such as plastic, silicone, resin or through 3D printing technology. Plastic models are durable and easy to clean, while silicone provides a more realistic feel. Resin is often used for detailed models, while 3D printing allows for the production of individual or patient-specific solutions.
They range in size from small tabletop models to full-scale human bodies. The most popular are torso models with removable organs, which make it easy to examine the location and function of each organ. Other models focus on just one organ, such as the heart or liver.
The purpose of an anatomical model with organs is to visualize complex anatomical structures and create opportunities for hands-on learning. The model is used primarily for teaching, training and patient communication. Many students find that learning is significantly enhanced when they have the opportunity to physically work with a model. If you as a student want to learn more about how the models are used in practice, you can find inspiration at For students in anatomy .
Definition and basic properties
An anatomical model of organs is a physical representation of the internal organs of the human body, often in life-size. These models are designed to illustrate the location, structure, and relationships of the organs.
Typical materials include:
- Plastic: robust and long-lasting.
- Silicone: soft and realistic texture.
- Resin: precise level of detail.
- 3D printing: possibility of individualization.
Sizes range from compact tabletop models to full-scale models, depending on needs. Common examples are:
- Torso with removable organs
- Heart, liver or lung models
- Models of the digestive system
The purpose of an anatomical model with organs is to allow the user to see, touch and understand the structure of the organs. This facilitates learning and makes complex topics more tangible. The model is widely used in both education, patient information and professional training.
Historical development and use
The use of anatomical models of organs has a long history, dating back to the wax models of the 18th century. At that time, the models were created to help doctors and students understand the inside of the body without having to perform dissection.
As technology advanced, plastic and later silicone and resin became popular materials, making the models more durable and detailed. Today, 3D printing is used, which allows for even higher precision and adaptation to specific educational needs.
Physical models have become increasingly important in medical education. A 2023 report found that 75% of medical schools in Europe use physical models as a regular part of their teaching. This has improved the quality of anatomy teaching, as the models make it easier to understand spatial relationships and organ function.
From a pedagogical perspective, an anatomical model with organs contributes to increasing engagement and learning outcomes. Both students and teachers find that concrete visualization facilitates understanding, especially in interdisciplinary contexts.
Advantages and disadvantages of anatomical models with organs
An anatomical model with organs provides an accurate and realistic visualization of the body's internal structures. This makes it possible to practice procedures and gain understanding without risk to patients. The model can be used again and again, which is a great advantage in teaching and training.
Benefits include:
- Clear visualization of complex structures
- Safe and repeatable training
- Hands-on learning that strengthens understanding
However, there are also disadvantages. The price of an anatomical model with organs can be high, especially for advanced or custom-designed models. They require space for storage and must be properly maintained to stay neat and functional.
Compared to digital solutions like apps or VR, physical models offer a tactile experience but lack the interactive possibilities and flexibility that digital tools can provide. In practice, many institutions combine both types to achieve the best learning effect.
The possible applications range widely, from classrooms and clinics to museums and exhibitions, where they contribute to the dissemination of health knowledge at all levels.
Types of anatomical models with organs
The range of anatomical organ models available today is large and diverse. Different types of models cover different needs, from classical teaching to advanced medical training. Each type has its own strengths and areas of application. It is important to know the differences if you want to choose the right anatomical organ model for your teaching, clinic or research.
Classic models: Torso and full body models
The classic anatomical model with organs includes torsos and full-body models. A torso model often shows the upper body with organs that can be removed and examined individually. This allows students to explore the location and structure of internal organs through physical interaction.
Full-body models cover the entire body and are particularly used in advanced teaching where detailed knowledge of both superficial and deeper structures is required. These models often show muscles, skeleton, and organs in interaction. Popular models have color-coded parts so users can easily identify the organs. Using anatomical models with organs in this category provides a solid foundation for understanding the human body.
Organ-specific models
Organ-specific models focus on a single organ system, such as the heart, lungs, liver, or kidneys. They are ideal for teaching where an in-depth understanding of a specific organ is required. For example, a detailed heart model allows you to walk through the path of blood through the chambers and valves.
Lung models can illustrate lung tissue, bronchi and alveoli, while liver models highlight the bile ducts and blood supply. Organ-specific anatomical models with organs are often used in specialized disciplines such as cardiology, gastroenterology or nephrology. They support both theoretical knowledge and practical insight.
Functional and interactive models
Functional anatomical models with organs have moving parts or electronic components that make learning more active. For example, some digestive models can show peristaltic movements to make the process easier to understand. Other models have built-in lights or sounds that demonstrate blood flow or a heartbeat.
These interactive models allow for the simulation of clinical situations and practice of procedures without risk. They are often used in simulation training for medical students or healthcare professionals. The advantage is that the user gains practical experience and can repeat exercises until understanding is established.
3D printed models and customized solutions
The latest development in anatomical organ models is 3D-printed and patient-specific models. 3D printing makes it possible to create models from scans of real patients, increasing precision and the possibility of individualization.
These models are used primarily for surgical planning and advanced training, where subtle variations in anatomy can be significant. The use of 3D printed medical devices is expected to grow by 35 percent from 2022 to 2024. Custom solutions can also be adapted for teaching purposes where specific disease patterns or injuries are to be illustrated. Anatomical models with organs in this category provide unique opportunities for personalized and effective learning.
Anatomical posters and digital supplements
Anatomical models with organs are often complemented by posters and digital tools. Posters provide a visual overview of the body's systems, while digital solutions such as apps and VR offer interactive learning.
The combination of physical models and digital supplements enhances teaching and makes it easier to understand complex topics. Many teachers choose to use both to accommodate different learning styles. For inspiration for Danish posters, see e.g. Anatomical posters designed in Denmark , which offer pedagogical and aesthetic solutions for the classroom or clinic. This makes anatomical models with organs even more useful and flexible in the teaching of the future.
Use of anatomical models with organs
The use of an anatomical model with organs ranges widely from the classroom to the clinic and museum. This section delves into how the models are used in different settings to enhance learning, training, patient understanding and communication.
Education sector: Schools, colleges and universities
In the education sector, an anatomical model with organs is an indispensable tool. Biology and health education becomes much more tangible when pupils and students can physically examine and assemble the organs. This strengthens the understanding of the structure and function of the body.
Studies show that the use of physical models can significantly improve exam results. One study documented up to 30% better results in students who actively work with models compared to purely theoretical teaching. The practical dimension supports both visual and tactile learning.
If you want to delve deeper into how models are used in teaching, you can read more in this article: Anatomical models in teaching .
Healthcare professionals and clinical training
For healthcare professionals, an anatomical model with organs is essential in the training of doctors, nurses and therapists. The models make it possible to practice procedures and diagnostic techniques in a safe environment without risk to patients.
Simulation training with models creates a realistic learning environment where repetition and mistakes are allowed. This increases both the confidence and competence of healthcare professionals, and contributes to better treatment quality in practice.
Practical exercises focusing on organ systems, such as the heart or lungs, can be differentiated by specialization and level.
Patient education and communication
An anatomical model with organs is also a powerful tool in the dialogue between healthcare professionals and patients. The models are used to illustrate diagnoses, procedures and treatment courses, making complex information more accessible.
When patients see and touch a model, their understanding and engagement increases, often leading to better compliance and more constructive conversations about the disease and treatment.
Models can also be used to demystify the body for children and young people, creating security and curiosity.
Research and development
In research and development, anatomical models with organs are used to test and develop medical devices and new surgical techniques. The models create a safe environment for experiments without risk to living tissue.
Collaborations between universities and hospitals make it possible to develop patient-specific models that can be used for precise planning of complex procedures. The models can be adapted to individual anatomical variations using 3D printing.
This practice promotes innovation and contributes to more precise and effective treatments, which ultimately benefits patients.
Other uses: Exhibitions, museums and public outreach
An anatomical model with organs is also a popular communication tool in exhibitions and museums. Here, the models are used to bring health science knowledge to life for both children and adults.
Guests can interact with the models, making complex topics easier to understand and remember. Schools often visit museums with anatomical exhibits to strengthen students' interest in science.
The models are also used in public health campaigns, where they help explain the importance of organ function and healthy lifestyles in a visual and engaging way.
How to choose the right anatomical model with organs
Choosing the right anatomical organ model requires insight into both the needs of the users and the many options on the market. Below we will review how to best make an informed choice to get the most out of your investment.
Purpose and target group
The first step is to define the purpose of your anatomical organ model. Will it be used for basic biology teaching, advanced medical training, or patient information?
The target group is very important. An anatomical model with organs for primary school students must be robust and pedagogically simple, while models for universities and healthcare professionals require a high level of detail and special functions.
Clarity about purpose and target group ensures that the model matches both teaching level and learning objectives.
Quality and level of detail
The accuracy of your anatomical model with organs is crucial to learning outcomes. The more detailed the model, the better understanding users will have of the structure of the body.
Compare models from different manufacturers and look for realistic colors, textures, and sizes. Some models even offer microscopic details or interactive features.
Always choose an anatomical model with organs that meet your requirements for precision and didactic value.
Materials and durability
The choice of material affects both durability and ease of use. The most common materials are plastic, silicone, resin and 3D-printed composites.
- Plastic: Durable and easy to clean
- Silicone: Very realistic, but can be more expensive
- Resin: High level of detail, but more fragile
- 3D Printing: Flexible Customization and Precision
Consider how often and in what environments your anatomical model with organs will be used so that you choose the right material.
Price and budget considerations
The price of an anatomical model with organs varies greatly. Basic models are available from a few hundred kroner, while advanced, lifelike models can cost several thousand.
Consider the extent of use and expected lifespan. An expensive model is often a better investment if it is to be used intensively or for professional training, while cheaper models may be sufficient for introductory lessons.
Also consider whether it is worth choosing a model with the possibility of replacing individual parts.
Certification and standards
Safety and quality are important, especially in clinical and educational settings. Look for CE marking and other relevant certifications when choosing an anatomical organ model.
Certified models ensure that the materials have been tested for harmful substances and that the product meets applicable standards for quality and educational value.
A certified anatomical model with organs provides both user safety and better teaching results.
Where can I buy anatomical models?
The market for anatomical models is growing, and there are both Danish and international suppliers. Look for retailers with specialized customer support and warranty, so you get help both before and after the purchase.
For teachers, it may be relevant to read more about choosing and using models at For teachers of anatomy , where specific advice and inspiration are provided.
Select suppliers with a wide range, the possibility of customization and fast delivery, so you always get an anatomical model with organs that match your needs.
eAnatomi ApS: Expert in anatomical models and posters
eAnatomi ApS is one of Denmark's leading experts in anatomical models and posters. The company collaborates closely with healthcare specialists to ensure high quality and pedagogical relevance.
At eAnatomi you will find both standard models and tailor-made solutions that can be adapted to specific teaching or training needs. Their global distribution and Danish expertise make them an obvious choice if you are looking for an anatomical model with organs.
Choose eAnatomi if you want professional advice, a wide selection and top-class quality.
Maintenance and proper use of anatomical models
Proper maintenance and use of an anatomical organ model is essential to ensure longevity, accuracy, and safety in teaching and clinical settings. By following best practices for cleaning, storage, and handling, you can maximize the educational and professional value of your model. Here is a step-by-step guide to all aspects of maintenance.
Cleaning and hygiene
Regular cleaning will protect your anatomical model with organs from dirt and bacteria. Use mild soaps without alcohol and avoid harsh chemicals that can damage the material. Wipe the model gently with a soft cloth, paying special attention to joints and removable organs.
In clinical environments, special hygiene protocols apply. Here, you should use approved disinfectants that do not degrade plastic or silicone. After each use, it is important to disinfect contact surfaces, especially if the model is used for patient education.
- Recommended cleaning agents: mild soap, alcohol-free surface disinfectant
- Avoid: solvents, bleach, abrasives
- Frequency: after each use in clinic, weekly in teaching
Storage and handling
An anatomical model with organs requires proper storage to preserve detail and color. Place the model in a dry place, away from direct sunlight and large temperature fluctuations. Consider using storage boxes or dust protection, especially if the model is not used daily.
When transporting the model, pack it securely so that removable parts are not damaged. Use padding or original packaging, and avoid stacking heavy objects on top.
- Store on a shelf or in a box
- Avoid moisture and heat
- Transport with padding
When handling, you should lift the model in solid parts, not the individual organs.
Repair and maintenance
Even the best anatomical organ model can eventually suffer minor damage or wear. Minor scratches or loose parts can often be repaired with spare parts from the supplier. If the model is broken, you should contact the manufacturer or a specialized dealer for repair.
Some suppliers, such as About eAnatomy and expertise , offer guidance and spare parts to extend the life of the model. Always check whether a warranty or service is provided for your specific model.
- Contact supplier for spare parts
- Follow the manufacturer's instructions for repair.
- Save documentation and receipts
Extending the model's lifespan
With simple routines, you can ensure that your anatomical organ model remains functional for many years. Inspect the model regularly for loose parts or discoloration, and use only recommended cleaning agents. Instruct users in proper handling and establish regular inspection routines.
Regular maintenance and attention to small problems make it easier to prevent major damage. Note any faults and take quick action to avoid worsening.
- Weekly inspection
- Update user guides as needed
- Document maintenance and repairs
By following this advice, you will ensure that your anatomical model with organs remains a valuable tool in teaching and clinical practice.
Future trends for anatomical models with organs
The future of anatomical organ models is marked by innovative technologies, increased sustainability and new teaching methods. Development is happening rapidly, and both students and teachers will have access to more advanced, accessible and environmentally friendly solutions. Here we take a closer look at the key trends shaping the field in 2025.
Technological advances: 3D printing and digital solutions
The technology behind anatomical organ models has taken great strides forward. 3D printing makes it possible to create precise and patient-specific models, improving both teaching and clinical training. Digital platforms and apps complement the physical models and make learning more interactive.
A good example is the use of 3D printed carpal models for anatomy training , where students have the opportunity to study complex structures in detail. The combination of physical model and digital visualization is expected to become even more widespread in the coming years.
Sustainability and environmentally friendly materials
Sustainability is playing an increasingly important role in anatomical organ models. More manufacturers are now choosing recyclable and environmentally friendly materials, such as bioplastics or silicone without harmful additives.
This shift reduces environmental impact and enables institutions to choose more responsible solutions. Demand for green alternatives is expected to grow as both schools and hospitals prioritize sustainability in their procurement and educational equipment.
Increased accessibility and usability
An important trend is that anatomical models with organs are becoming both cheaper and easier to use. New production methods and greater competition have pushed down prices, making the models more accessible to smaller schools and institutions.
At the same time, user-friendliness is improved, so that both teachers and students can quickly use the models without extensive instruction. This development contributes to more people having access to hands-on learning and a better understanding of the human body.
Expected changes in teaching methods
Teaching with anatomical models of organs is moving towards a hybrid approach, combining physical and digital resources. Statistics from EdTech Europe show that 60% of educators expect to use both physical models and digital platforms by 2025.
Digital tools like VOKA Anatomy Pro - 3D Anatomy App make it possible to explore complex organ structures virtually. This flexibility allows for better differentiated teaching and personalized learning for each student.
New areas of application
The use of anatomical organ models is continuously expanding into new fields of study. In addition to traditional medical education, the models are now seen in interdisciplinary projects, public health education, and research into alternative visualization methods.
Innovative usage scenarios are emerging, with models being incorporated into exhibitions, patient information and even art projects. This development opens the doors to a wider audience and increases understanding of the structure of the body across society.
Now that you have a thorough overview of anatomical models with organs, their applications and future possibilities, you are better equipped to choose the right model for your needs. Whether you teach, study or work professionally with health, a well-designed model can make knowledge come alive and easy to understand. At eAnatomi ApS you will find both standard and custom solutions developed in collaboration with experts, so you can be sure of quality and pedagogical value.
Would you like to know more or explore the selection in more detail?
Read more here
0 kommentarer