Unmatched Precision In Anatomy

High-Fidelity 3D Brain Model for free

Join the waiting list for your free trial and receive access to the SYSTEMATOMY 3D brain model.

Sign Up for a waiting list and confirm the accuracy of our digital 3D brain modelSign Up for a waiting list and confirm the accuracy of our digital 3D brain model

Challenge

Current anatomy models are not accurate enough

Learning and teaching anatomy is one of the most challenging yet rewarding endeavors in medical and health sciences. Traditional atlases often fall short in conveying true three-dimensional relationships, and many existing digital or physical models present only a fraction of the brain’s complexity—sometimes as little as 10%, or around 30 structures. As academic teachers, we found that this can lead to an incomplete understanding and make it difficult to grasp crucial spatial connections.

What if you could explore the brain with clarity and detail like never before?

850+

hours of R&D and design

200+

Anatomical structures

5

Axial sections of the brain

100+

customized models printed

Our solution

Systematomy’s Digital 3D Brain Model

Systematomy was founded by academics—a radiologist and a neurobiologist—who understood the limitations of current models firsthand. We’ve leveraged detailed literature research and cutting-edge digital technology to create a digital brain model that sets a new standard.

Based on Deep Research

We studied scientific literature to create our brain model with over 200 true-to-life structures.

Focus on Completeness

We aim to show almost all anatomical structures, not just a few most obvious or prominent ones.

Clear labeling

We mark structures as the entire 3D areas they fill, not solely with numbers.

Real, Tactile Tools

We also provide physical, printed models because learning by touch is vital for many students.

Dr. Paweł Matryba – Radiologist

What makes SYSTEMATOMY anatomical models unique?

  • Our brain models detail over 200 labeled structures, a significant increase from the ~30 on typical competitor models.

  • All details are meticulously researched and align with Terminologia Anatomica.

  • This commitment ensures a comprehensive and scientifically precise learning tool for neuroanatomy.

  • Individual brain structures are identified by distinct, different colors, not just by numbers or simple point markings.

  • This color-coding covers the entire 3D area that each specific brain structure occupies.

  • This method clearly demonstrates a brain structure’s precise location and its true spatial relationships to other neuroanatomical components.

  • We can prepare a physical 3D printed model of any selected brain cross-section due to our detailed 3D digital labeling of its structures.

  • Specific anatomical structures within the brain can be highlighted or hidden in custom-prepared models as per educational requirements.

  • Our standard brain model already incorporates five axial sections, offering clear presentation of its internal neuroanatomical structure.

Confirm the accuracy of our digital 3D brain model

14 day acces to our digital 3d brain model

What can I do during my trial?

Are you an educator seeking innovative teaching aids, a department head looking to elevate your institution’s resources, or a student committed to mastering anatomy? By offering this model for free trial, we want to give you a firsthand look at its exceptional accuracy. This isn’t just another digital tool. It’s a chance to interact with a neuroanatomical resource built on a foundation of deep scientific research and a passion for effective education.

Interact with Brain Structures

Navigate a highly detailed virtual brain with structures precisely labeled according to Terminologia Anatomica. This is significantly more detail than other digital or physical models offer.

Visualize in 3D with Color-Coding

Experience anatomical structures marked with different colors and highlighted as the entire areas they occupy, making their location and spatial relationships easy to understand.

Explore External Anatomy

Our digital model shows external brain structures. Thanks to 3D digital labeling, you can request digital or 3d-printed models of any selected brain cross-section.

Flexible Learning & Teaching

Access detailed anatomical information anytime, anywhere. Ideal for supplementing lectures, virtual labs, or for students’ self-directed study. Invaluable help for students and lecturers.

Our story

A New Vision for Anatomical Learning

Systematomy was born from a critical observation: the tools used to teach and learn the intricate complexities of human anatomy were falling short. We saw dedicated educators and aspiring medical professionals struggling with outdated models, ambiguous atlases, and the limitations of traditional specimens. Driven by a passion for both scientific accuracy and educational advancement, we emerged to redefine the standards of anatomical study.

Researchers & Educators

Meet Our Team of Experts

Meet the dedicated minds behind Systematomy. Our team was founded by academic teachers – a radiologist and a neurobiologist – who experienced the firsthand need for more anatomically accurate teaching tools. Driven by a passion to help future generations of students learn faster and more effectively, we’ve combined our scientific expertise to bring you a new standard in anatomical models.

Dr. Kacper Lukasiewicz

Neurobiologist

Dr. Kacper Lukasiewicz
Dr. Pawel Matryba

Radiologist

Dr. Pawel Matryba

What’s next?

Full Potential of Systematomy’s Solutions

Test our digital 3D brain model for free

Confirm the accuracy of our digital anatomical brain model and see how it can fit into your teaching or learning needs.

Contact Us

Let us know whether you are interested in our ready-made model, built from 5 representative axial sections and featuring over 200 structures, or if you would prefer a custom version tailored to your specific needs – created using sections in different planes and including only the structures that matter most to you.

Order customized 3d-printed models

Receive an exceptionally durable, anatomically accurate physical model that perfectly translates the digital detail into a tangible learning tool.