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A lock () or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

NIH3D

We've rolled out a new and improved workflow system — including new file format support, improved rendering, better texture handling, and more. All entries have been reprocessed to take advantage of these updates.

What This Means For Your Entries:
  • All existing entries have been automatically reprocessed under the new workflows, generating updated versions of your files.
  • DOI version numbers have been incremented to reflect the new output files.
  • If your entry appears unchanged, this may mean your molecular data file wasn't recognized by the newest version of ChimeraX. Your original entry remains intact and available — please reach out to our support team if you'd like assistance.
  • If mesh repair is enabled on your entry, please check your outputs, as results may differ under the new system. We may have manually disabled repair for entries where it produced poor results, in which case your files reflect the original uploaded geometry.

For more information, visit our Release Notes, FAQs, or Workflows pages.

Thank you for your patience as we improve your experience. Questions? Our support team is here to help.

Double helix illustration

Welcome to NIH 3D

NIH 3D is an open, community-driven portal to download, share, and create bioscientific and medical 3D models for 3D printing and interactive 3D visualization, including virtual and augmented reality.

Discover Models

What We Offer

3D Model Library

A searchable collection of over 12,000 digital 3D assets that can be used in design, animation, gaming, and prototyping projects.

Discover Models
Contribute to NIH 3D

Become part of our dynamic community by submitting your own 3D models or generating new ones from molecular or medical imaging data.

Submit an Entry
Collections

Browse curated sets of 3D models organized around emerging scientific topics, major research initiatives, or contributions from labs and collaborators with extensive model sets.

Browse Collections

Featured Entry


Hemagglutinin: Influenza's Moving Target

Every flu season, your immune system goes hunting for a handhold on this protein. This model set lets you compare two hemagglutinin subtypes, H1 and H3, against three different antibodies — and see how the binding site determines whether an antibody recognizes both subtypes or just one. Explore this model, and see what makes flu such a moving target from one year to the next.

View Featured Entry
H3 hemagglutinin protein. The colored areas indicate the antibody binding sites.
Check out this entry

Collections

Neuroscience
NIAID 3D Allergy Collection
Outbreak Exhibit
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NIAID 3D Allergy Collection
Immune system models highlighting mechanisms of allergic reactions, created by NIH/NIAID experts for education and research.