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Z-Anatomy

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What Z-Anatomy is

Z-Anatomy is a free, open-source 3D atlas covering human and veterinary anatomy, built to work as a navigable template inside Blender. Its human atlas uses models derived from BodyParts3D and definitions that draw heavily on Wikipedia; a separate repository contains non-human animal models. To use the human template, users must download and install Blender, then install the template through Blender’s application-template command. The project also offers add-ons for cross-sections, labels, translation, visibility synchronization, and Wikipedia article retrieval. Z-Wiki brings Wikipedia articles into Blender’s text editor, while Z-Translate handles language changes and importing or exporting translations of object names and data. Compatibility varies: several add-ons list Blender 2.80+, while Z-Def, Z-Family, and Z-BONUS list Blender 4.5+. Code and content use Creative Commons Attribution-ShareAlike 4.0 International. Redistributed data and derivative works require attribution and must use the same license. The project describes the atlas as collaborative, multilingual, and equipped with interactive educational tools.

Who it suits

Z-Anatomy suits learners and educators exploring human or veterinary anatomy in a 3D environment. It is also relevant to Blender users who can work within its installation and licensing requirements.

What it does well

  • Covers human and veterinary anatomy.
  • Includes models derived from BodyParts3D.
  • Add-ons provide cross-sections, labels, and translation tools.
  • Z-Wiki brings Wikipedia articles into Blender.
  • Free access to a 3D anatomy atlas.

What to know first

  • Using the human template requires downloading and installing Blender.
  • Some add-ons list Blender 4.5+ compatibility.
  • Redistributed data and derivatives require attribution and the same license.

Plans

PlanBilled and limitsPrice
FreeFreely access, acquire, and redistribute data · Derivative works must attribute the database and use the same licenseFree

As z-anatomy.com lists them, read 9 Oct 2026. The maker's own page has the final word.

Getting started

  1. Visit https://www.z-anatomy.com/.
  2. Download and install Blender.
  3. Download the Z-Anatomy human atlas template.
  4. In Blender, use “Install Application Template” to install the template.
  5. Choose any add-ons that fit your work and check their listed Blender compatibility.

Z-Anatomy is a free, open-source 3D atlas of human and veterinary anatomy built around Blender. It best suits learners, educators, and anatomy-focused users who are comfortable working in Blender and want to explore or adapt anatomical models. Its breadth and open licensing make it a compelling resource, but the Blender workflow and share-alike terms are meaningful constraints.

Overview

The human atlas brings together models derived from BodyParts3D and anatomical definitions that rely heavily on Wikipedia. A separate repository contains models of non-human animals, giving the project a veterinary dimension alongside its human atlas. It is designed as an interactive educational resource with multilingual terminology, rather than a conventional standalone anatomy app.

Using the human atlas requires installing its template through Blender’s “Install Application Template” command, and the installation instructions require Blender. That setup is a reasonable fit for people who already work in Blender or are prepared to learn it, but a poor match for readers seeking a quick, self-contained mobile reference. Android is among the stated platforms, but mobile access is none.

Key features

Z-Anatomy includes 3D models and dissection views for exploring anatomy. Its Blender add-ons extend the atlas with tools for cross-sections, labels, translation, visibility synchronization, and Wikipedia article retrieval. For users who want to inspect structures in context, these functions offer more than a static collection of models.

Z-Cross supports named section planes and works with collections or objects; it is listed for Blender 2.80 and later. Z-Translate can change languages and import or export translations of object names and data, which is useful for multilingual study or collaborative terminology work. Z-Wiki downloads Wikipedia articles into Blender and integrates them with the text editor, keeping reference material close to the model. Compatibility varies: several add-ons list Blender 2.80+, while Z-Def, Z-Family, and Z-BONUS list Blender 4.5+.

Pricing

The Free plan costs nothing and gives users access to acquire and redistribute the data. There is no paid tier to unlock; the practical cost is the Blender setup and the time required to work within it. The plan’s redistribution terms are important for anyone reusing the atlas in teaching materials, projects, or modified datasets: derivatives must credit the database and retain the same license.

The human repository places code and content under Creative Commons Attribution-ShareAlike 4.0 International. Redistribution therefore requires attribution, and derivative works must use that same license. This openness supports reuse, but it is not equivalent to unrestricted reuse under any terms; people who need proprietary derivatives or cannot meet the attribution and share-alike requirements should choose another resource.

Platforms

The listed platforms are Android, Linux, macOS, web, and Windows, but mobile access is none. The atlas’s core workflow is a Blender template, so users should expect to install and use Blender rather than treat the platform list as evidence of a self-contained mobile experience.

Who it's for

Z-Anatomy is strongest for anatomy learners and educators who value a navigable 3D atlas, multilingual terminology, and the ability to work with models in Blender. Veterinary learners may also find the separate non-human animal models relevant. The project’s issue and pull-request sections support discussion and contributions, making it a plausible fit for people interested in improving or adapting an open resource.

It is less suitable for readers who want immediate phone-based access, do not want to install Blender, or need to redistribute modified material under a different license. The project profile identifies Montpellier as its location and names VetAgro Sup in France and the University of Montréal as current partners. SPI assistance covers donations, project expenses, fund tracking, and legal resources.

Pros and cons

  • Pros: Free access to human and veterinary anatomy models makes the atlas useful across more than one anatomy audience.
  • Pros: Cross-sections, translation, labels, and Wikipedia integration add practical ways to inspect and work with the models inside Blender.
  • Pros: The open license permits redistribution and derivatives when users provide attribution and preserve the same license.
  • Cons: Blender is required for the template, adding setup and workflow overhead for anyone who wants a ready-to-use reference.
  • Cons: Mobile access is none, limiting its fit for users who rely on a phone or tablet for anatomy study.
  • Cons: Share-alike obligations rule it out for some reuse cases, and add-on compatibility differs by tool.

Alternatives

Consider Anatomy Learning Software to compare anatomy-learning options across the category. 3D Organon may suit readers who want a paid anatomy product with Android, iOS, macOS, web, and Windows support; its Guest plan is free, and its Student plan costs $74.50 a year on a 12-month desktop subscription.

Anatomy 3D Atlas is another option for readers seeking a freemium app on Android, iOS, macOS, or Windows: its free tier includes the full skeletal system and some other models, while full app access is offered through a monthly subscription. BioDigital Human may be preferable for web or mobile users who want a freemium human-anatomy resource; its Personal plan allows 10 in-app 3D model views per month and five saved models from a catalog of 500+ anatomy and physiology models.

For a canine-specific option, Complete Canine 3D is an interactive canine anatomy atlas with a free Starter download covering the skeletal system and ligaments. EasyAnatomy may fit canine learners who want selected systems, skeletal quizzes, annotations, notes, and virtual dissection on iOS, macOS, or Windows, with a free account and a free trial.

Anato is better suited to readers looking for lessons and questions alongside a 3D bones-and-muscles sandbox; its free plan uses an energy-paced lesson and question system. AnatomyVerse may appeal to iOS and macOS users who want a full atlas, with free-tier limits on its AI Tutor, practice tools, and custom catalogs. OpenHuman Atlas offers another freemium route for iOS, macOS, and web users, including atlas access, system and region navigation, search, and augmented-reality exploration in its free Explorer plan.

Verdict

Choose Z-Anatomy if you want a free, navigable human and veterinary anatomy atlas, value Blender-based exploration and specialist add-ons, and can follow its attribution and share-alike requirements. Look elsewhere if Blender installation, the lack of mobile access, or the license terms conflict with how you plan to study or reuse anatomy content.

Verdict

Z-Anatomy combines a navigable anatomy atlas with Blender add-ons for exploration and educational use. Blender is required for the template, and redistribution carries attribution and share-alike obligations.

Questions

Is Z-Anatomy free?

Yes. The listed plan is free, and the project describes its atlas as libre and open-source.

What platforms does it support?

The listed platforms are Android, Linux, macOS, web, and Windows. The human atlas template itself is intended to run in Blender, and installation requires Blender.

Is Z-Anatomy open source?

Yes. The repository says its code and content use Creative Commons Attribution-ShareAlike 4.0 International.

What does the license require?

Redistributed data or derivative works must attribute the database and be distributed under the same license.

Does it include veterinary anatomy?

Yes. The project describes its atlas as covering human and veterinary anatomy, and a separate repository contains non-human animal models.

Which Blender versions do the add-ons support?

Several add-ons list Blender 2.80+. Z-Def, Z-Family, and Z-BONUS list Blender 4.5+.

Facts from Z-Anatomy's own pages

Add-ons
The project lists Blender add-ons for cross-sections, labels, translation, visibility synchronization, and Wikipedia article retrieval. · github.com, 9 Oct 2026
Anatomy data
The human template includes models derived from BodyParts3D and definitions that rely heavily on Wikipedia. · github.com, 9 Oct 2026
Attribution requirement
Redistributed data or derivative works must attribute the database and distribute derivatives under the same license. · github.com, 9 Oct 2026
Blender add-ons
The add-ons repository lists tools for cross-sections, labels, translation, Wikipedia articles, visibility synchronization, and other functions. · github.com, 9 Oct 2026
Blender requirement
The template installation instructions require downloading and installing Blender. · github.com, 9 Oct 2026
Compatibility
The add-ons README lists Blender 2.80+ compatibility for several add-ons and Blender 4.5+ for Z-Def, Z-Family, and Z-BONUS. · github.com, 9 Oct 2026
Cross-sections
Z-Cross supports named section planes and collections or objects, and is listed for Blender 2.80+. · github.com, 9 Oct 2026
Headquarters
Montpellier · z-anatomy.com, 28 Sept 2026
Human atlas
The human anatomy repository provides a Blender template intended to be used as a navigable atlas within Blender. · github.com, 9 Oct 2026
Installation
The template is installed in Blender using its “Install Application Template” command. · github.com, 9 Oct 2026
Integrations
The add-ons README describes Z-Wiki as downloading Wikipedia articles directly into Blender's text editor. · github.com, 9 Oct 2026
Intended audience
The project is described as a collaborative 3D atlas of human and veterinary anatomy with interactive educational tools and multilingual terminology. · spi-inc.org, 9 Oct 2026
Intended users
The project profile describes its atlases as covering human and veterinary anatomy. · github.com, 9 Oct 2026
License
The repository says Z-Anatomy code and content are under Creative Commons Attribution-ShareAlike 4.0 International. · github.com, 9 Oct 2026
Maker location
The project profile lists Montpellier as its location. · github.com, 9 Oct 2026
Model content
The Blender template includes models derived from BodyParts3D and definitions that rely heavily on Wikipedia. · github.com, 9 Oct 2026
Open license
The human repository says its code and content are under Creative Commons Attribution-ShareAlike 4.0 and requires attribution and the same license for derivatives. · github.com, 9 Oct 2026
Partnerships
The SPI resolution names VetAgro Sup in France and the University of Montréal as current project partners. · spi-inc.org, 9 Oct 2026
Product
Z-Anatomy describes itself as a libre, open-source 3D atlas of human and veterinary anatomy. · github.com, 9 Oct 2026
Purpose
Z-Anatomy is a navigable 3D atlas of anatomy designed to run as a Blender template. · github.com, 9 Oct 2026
Support
The opened repositories provide issue and pull request sections for project discussion and contributions. · github.com, 9 Oct 2026
Support and funding
The resolution describes SPI assistance with donations, project expenses, fund tracking, and legal resources for the project. · spi-inc.org, 9 Oct 2026
Translation
Z-Translate supports changing languages and importing or exporting translations of object names and data. · github.com, 9 Oct 2026
Veterinary models
The project has a separate repository described as containing non-human animal models. · github.com, 9 Oct 2026

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