Guide To Anatomical Model: Everything You Need To Know 2025

Anatomical models play a central role in education, medical training and patient communication today. But how do you choose the right anatomical model and use it best in 2025? This guide gives you everything you need to know about the different types of models, selection criteria, applications, maintenance and the latest trends. Learn how the right model can enhance both learning and practice. Are you ready to make an informed choice? Read on for concrete tips and inspiration.

What is an Anatomical Model?

An anatomical model is a physical or digital tool that realistically reproduces the anatomy of a human or animal. The purpose is to create a visual and tangible basis for understanding the structure and function of the body. Over time, anatomical models have evolved from simple wax figures to advanced, precise replicas used in education, healthcare, and research. Today, they play a central role in medical learning, enabling hands-on training without risk to patients.

Definition and purpose

An anatomical model is an accurate representation of parts or the entire human body, created to promote the understanding of anatomy. The models are used especially in education, where they make it easier to visualize structures and relationships that may otherwise be difficult to understand through books or digital images alone.

Historically, anatomical models have played a major role in the development of medicine. As early as the Renaissance, wax models were used to illustrate organs and skeletal parts. Today, models have become more accurate and accessible, which has enhanced the quality of medical education and research.

Anatomical models are used today across many disciplines, both in clinical practice and in laboratories. They enable training procedures, explain diagnoses, and improve communication between professionals and patients.

Different types of anatomical models

The anatomical model market offers many varieties, each meeting different needs. The most common types include:

• Full-body models : Represent the entire human body, often in life-size.
• Skeleton models : Available in both full size (approx. 175 cm) and miniature versions (e.g. 85 cm).
• Organ models : Focuses on individual organs such as the heart, lungs or liver.
• Cell models : Shows the structure of cells on an enlarged scale.
• Specialized models : For example, joints, brain, skull or blood vessels.

These models are widely used in schools, universities and health education. For an insight into the wide range and quality of models for educational use, see anatomical models in education , where realism and level of detail are in focus.

An anatomical model is often chosen based on the desired learning goal, for example whether it is a holistic understanding or detailed knowledge of a specific area.

Materials and technology

The choice of material is of great importance for an anatomical model. The most common materials are:

Technological advances have led to the development of interactive and digital models. 3D printing enables the creation of patient-specific solutions, while augmented reality and apps offer new ways to experience anatomy.

A highly detailed anatomical model is often made in resin or via advanced 3D printing, ensuring precision and longevity.

Precision and level of detail

Precision is essential for an anatomical model to be used effectively in learning and training. The more detailed the model, the better the user can understand complex structures and relationships.

Some models have color-coded elements that highlight nerves, blood vessels or muscles, making it easier to identify and remember important parts. Especially in surgical training and specialized teaching, a highly detailed anatomical model is indispensable.

Different models offer the possibility of disassembling and reassembling parts, which supports hands-on learning and deeper insight into the structure of the body.

Target groups

An anatomical model is used by a wide target group:

• Students : To strengthen understanding of anatomy and prepare for exams.
• Teachers : For demonstration and visualization in the classroom.
• Healthcare professionals : For training in procedures and patient communication.
• Private individuals and collectors : For personal interest or home studies.
• Institutions : Schools, universities, hospitals and clinics.

According to statistics, there are over 21,000 reviews of anatomical models on Trustpilot, which is evidence of their wide popularity and satisfaction. An anatomical model is often chosen based on the user's needs and desired learning level.

Price level and availability

The price of an anatomical model depends on size, level of detail, and choice of materials. Smaller models such as mini-skeletons can cost around DKK 250, while advanced full-body models can cost over DKK 1,600.

Availability is high, and many retailers offer a wide range, often with same-day delivery. It is important to choose a supplier who can advise on model selection and ensure access to spare parts and service.

Price and quality are often related, so consider both investment and expected lifespan when choosing your anatomical model.

How to Choose the Right Anatomical Model

Choosing the right anatomical model requires insight into both needs and opportunities. The market in 2025 offers great variation, so it is crucial to consider purpose, quality, certification and supplier. Here you will get a step-by-step guide on how to navigate the selection and make the best choice for your specific situation.

Purpose and use

First, you should define what purpose your anatomical model will serve. Will it be used for teaching at university, patient outreach in the clinic, research, or skills training? For example, detailed organ models are preferred in medical school, while a mini-skeleton may be sufficient for basic anatomy in elementary school.

Consider whether you need to demonstrate specific anatomical structures or general relationships. Your choice of anatomical model should reflect the daily use and learning objectives you want to achieve.

Criteria for selection

When selecting an anatomical model, size and level of detail are key factors. A full-size model often provides a realistic image, but can be space-consuming. Smaller models are easier to handle and store.

Also consider material choice: PVC and resin are robust and easy to clean, while advanced 3D printed models can offer even higher precision. Choose an anatomical model that can be disassembled if you need to show internal structures.

Budget and investment

The price of an anatomical model varies significantly, depending on size, details and materials. Smaller models start at around DKK 250, while larger and more advanced models can cost over DKK 1,600.

It is important to weigh price against quality and durability. Often, a more expensive anatomical model can be a better investment in the long run, as it lasts longer and requires less maintenance. Remember to factor in any shipping and maintenance costs.

Certification and standards

Safety and quality are essential, especially if your anatomical model is to be used in teaching or clinical settings. Choose models with the CE mark, which indicates compliance with European standards for medical devices.

Certified models ensure that the materials are free of harmful substances and can be used safely by both students and patients. Always ask the supplier for documentation of certification if you are in doubt.

Supplier selection and warranty

A trustworthy supplier is key to a good experience with your anatomical model. Choose suppliers who offer transparent warranty terms, good customer service, and the option of returns if the model does not meet expectations.

Also, check if the supplier offers a price guarantee and free shipping. This can make a significant difference to your overall investment and ensure you get the best deal.

Reviews and user feedback

It's a good idea to read user reviews before purchasing an anatomical model. Reviews provide insight into quality, durability, and ease of use from the perspective of other users.

Also check ratings on platforms like Trustpilot, where suppliers with high customer satisfaction often score the highest. Experience from others can help you avoid mistakes and find the model that best matches your needs.

eAnatomi ApS: Quality models and expertise

eAnatomi ApS is one of Denmark's leading suppliers of anatomical models and posters. The company works closely with healthcare specialists to ensure high professionalism and innovation. The range ranges from skeletal and organ models to advanced skill trainers and posters.

Both private individuals and professionals can find relevant solutions at eAnatomi ApS, which offers expert guidance and day-to-day delivery. Read more about the company's background and expertise at About eAnatomi ApS and expertise .

Applications for Anatomical Models

The use of an anatomical model ranges widely in both professional and private contexts. Whether you work in teaching, clinical practice, research or have a personal interest, the right anatomical model can make a big difference to understanding and learning.

Education and teaching

An anatomical model is an indispensable teaching tool at all levels. In elementary school, models are used to make biology and science more tangible. In high schools and universities, detailed models provide deeper insight into human anatomy, reinforcing theoretical knowledge with practical understanding.

Educators often choose models that can be disassembled so students can study internal structures and relationships. This promotes active learning and increases engagement. Many teachers also supplement their teaching with anatomical models for teachers , which offer specialized solutions for pedagogical use.

Clinical practice and patient outreach

In healthcare, an anatomical model is often used to explain diagnoses, surgeries, or treatments to patients. The model serves as a visual tool that makes complex concepts more understandable and reduces patient uncertainty.

For example, a doctor can use a heart model to show where a blockage is located, or a physiotherapist can demonstrate muscle damage on a muscle model. This strengthens the patient's trust and cooperation in the treatment process.

Skills training and simulation

An anatomical model is essential in training practical skills. Nursing and medical students use models to practice injections, wound care or surgical procedures, providing a safe environment to build experience.

Specialized models, such as wound simulators or joint models, allow for repeated training without risk to the patient, improving the accuracy and confidence of healthcare professionals before working with real patients.

Research and development

In research environments, an anatomical model is used to develop and test new medical equipment or procedures. Scientists use models to simulate surgical procedures, analyze biomechanics, or test prototypes.

Research also benefits from advanced 3D printed models, as they can be customized to specific experiments or patient anatomies, enabling more precise results and faster innovation.

Private and hobby use

An anatomical model is not just reserved for professionals. Many private collectors invest in models for decoration or personal learning. Students use smaller models to prepare for exams, while others are interested in anatomy as a hobby.

Home models range from mini-skeletons to detailed organ models that suit both educational purposes and aesthetic preferences, making it easy for anyone to explore anatomy at their own pace.

Examples of innovative applications

Advances in technology have opened up new possibilities for the use of an anatomical model. 3D printed models are now used for patient-specific surgery, where doctors can plan interventions based on precise copies of the patient's anatomy.

Digital models and AR/VR solutions create interactive learning environments where the user can explore the body virtually. This innovation makes it possible to combine physical and digital learning, increasing flexibility and accessibility.

Maintenance and Storage of Anatomical Models

Ensuring longevity and functionality requires proper maintenance and storage of any anatomical model. Here we review the most important precautions to ensure you get the most out of your investment.

Cleaning and disinfection

Regular cleaning is essential to keep an anatomical model hygienic and neat. Always use a soft cloth and mild soapy water for daily cleaning. Avoid harsh chemicals as they can damage the surface.

For frequent use in teaching or clinical settings, the model should be disinfected with approved, non-alcohol-based agents. Dry the model thoroughly after cleaning to prevent moisture damage, especially to joints and moving parts.

Storage and handling

Proper storage will extend the life of any anatomical model. Place the model on a stand or in a protective case to prevent it from tipping over or being subjected to pressure.

Avoid direct sunlight and humid environments as this can lead to discoloration and material degradation. When transporting, the model should be wrapped in soft material to prevent damage. Always handle with care, especially if the model has loose parts.

Repair and spare parts availability

Even with good maintenance, an anatomical model can become damaged. Many suppliers offer replacement parts such as joints, screws or small organs.

It is important to choose models where spare parts are easily available. Minor repairs, such as replacing a joint or re-gluing small parts, can often be done yourself. In the event of major damage, you should contact the supplier for professional repair.

Durability and lifespan

Durability depends on the choice of material and usage pattern. An anatomical model made of PVC or resin typically lasts longer than models made of cheaper plastic.

Frequent use, improper handling and inadequate cleaning can shorten the lifespan significantly. However, a good model can last for many years if properly cared for. Consider quality and robustness when purchasing to ensure a durable solution.

Tips for extending the life of the model

To preserve your anatomical model for as long as possible, follow these tips:

• Avoid direct sunlight and high temperatures.
• Store the model dry, preferably in a closed container.
• Use gloves when handling frequently.
• Check regularly for loose or damaged parts.
• Always follow the manufacturer's cleaning instructions.

By prioritizing proper maintenance, you will get the most out of your investment, regardless of whether you use the model in teaching, clinic or private use.

Trends and Development: Anatomical Models in 2025

The development of anatomical models has never been more dynamic than in 2025. New materials, advanced technology and increased digitalization are driving innovation. At the same time, the focus on sustainability and user-friendly solutions is growing. Here you will get an overview of the most important trends shaping the anatomical model of the future.

New materials and technologies

Material developments have transformed the anatomical model market. Thanks to 3D printing and advanced polymers, models can now be produced with a level of detail previously unimaginable. New lightweight materials make models easier to handle and more durable.

3D printing in particular has opened the door to individualized solutions. For example, orthopedic surgeons can now print patient-specific models for planning procedures. According to Healthcare Technology Trends 2025 , the integration of 3D modeling and printing is one of the most significant trends in the healthcare sector this year.

This development means that anatomical models are not only more accurate, but can also be adapted to specific needs within both research, teaching and clinical practice.

Digitalization and interactive models

Digital solutions are revolutionizing the use of anatomical models in education and training. Interactive 3D models, AR/VR technology, and simulation platforms make it possible to explore anatomy in completely new ways.

A groundbreaking innovation is AI-powered simulation platforms like MedSimAI: AI-powered simulation platform , where students can practice patient encounters and receive instant feedback. This significantly increases the learning impact and allows for practice in a safe environment.

At the same time, physical and digital anatomical models are often combined in modern teaching sets, providing a more holistic learning experience.

Increased focus on user engagement

User engagement has become a central theme for anatomical models in 2025. Patients increasingly expect to receive tailored explanations of their diagnosis or treatment. Here, patient-specific models play a crucial role.

In teaching, the models are tailored to the current learning objective. For example, physiotherapy students can work with models that focus on muscle groups, while medical students choose more detailed organ models.

This trend strengthens both understanding and engagement for everyone working with anatomical models.

Environmentally friendly and sustainable solutions

Sustainability has made a major breakthrough in the production of anatomical models. Several manufacturers are working with recyclable materials and environmentally friendly processes. This applies to both the choice of plastic types, the use of bio-based components and the optimization of energy consumption during production.

At the same time, the lifespan is extended through better design and easier access to spare parts, reducing the need for replacement and reducing the overall environmental footprint.

For institutions and individuals, it is now possible to choose an anatomical model that meets both professional and environmental requirements.

Market trends and demand

The demand for anatomical models has increased significantly in 2025. Particularly within healthcare education and clinical training, there is increased interest in models with high precision and realistic texture.

The market offers over 1,000 different offerings, and same-day delivery is often standard. According to industry figures, priority is given to models that can be used for both hands-on training and digital integration.

This development reflects a growing need for flexible and innovative solutions, where anatomical models are central to both teaching and healthcare practice.

Future challenges and opportunities

Although development is rapid, there are still challenges associated with anatomical models. The cost of advanced models and access to the latest technology can be a barrier for smaller institutions.

The balance between price, quality and innovation is therefore an important theme. At the same time, manufacturers must ensure that the models meet both professional and safety standards.

However, the possibilities are many, especially with the continued digitization and integration of AI. It is expected that anatomical models will become even more accessible and user-friendly in the coming years.

Expected changes in legislation and standards

Legislation regarding anatomical models is constantly being updated to keep up with technological developments. New requirements for safety, material selection and documentation mean that both manufacturers and users must be aware of current standards.

CE marking and certification of medical devices is becoming more important, especially for models used in clinical practice or education, and this places new demands on documentation and traceability.

At the same time, it is expected that environmental requirements and sustainability will be incorporated into upcoming standards, which will influence the anatomical model of the future.

Now that you have gained insight into everything from choosing anatomical models to maintenance and the latest trends for 2025, you are in a stronger position to make the right choice – whether you teach, work clinically or are just curious about anatomy. At eAnatomi ApS you will find a wide selection developed in collaboration with healthcare experts, so you are assured of both quality and professionalism. If you want to dive even deeper or find the model that suits your needs, you can Read more here .