From Medical Scans to Anatomical Models—Skip the Building and Switch to HumBo for Pre-Built Models Today!

Orthopedic Biomechanics
3D Modeling & Simulation
Computer-aided Design (CAD)
Computer-aided Engineering (CAE)
Computer-aided Manufacturing (CAM)
Additive Manufacturing / 3D Printing

Unlock the Benefits of Pre-Built Anatomical Models

Access Diverse HumBo Models On-Demand for Biomechanical Engineering

Skip acquisition of any human imaging datasets.

ClockCreated with Sketch (http://www.bohemiancoding.com/sketch)

Skip the model development from scratch, manually.

Anatomical variability to improve model robustness.

Skeletal System, bones, internal, organ, spine, backbone

Ensemble of models to optimize design & analysis.

Improve the model credibility pre- and post-simulation.

Instant Download Access

Immediately access your choice of the HumBo anatomical models via direct on-demand downloads.

Better Discounted Pricing

Enjoy discounted prices on the HumBo anatomical models with our unbeatable low rates.

Seamless Integration

HumBo models effortlessly integrate with your software used in CAD, CAE & 3D printing.

Privacy-Compliant Data

HumBo models are carefully built from medical scans obtained from privacy-compliant data.

Boost Orthopedic Research with Advanced Anatomical Model Simulations

Explore a Wide Range of HumBo Models for Your Computational Biomechanical Needs

C1-C7 Segments of the Cervical Spine

Instantly elevate your orthopedic biomechanics projects with our ready-to-use HumBo models. Accessible through seamless on-demand downloads in major CAD file formats, our HumBo models empower you to visualize, modify and create your derivative works, such as, complex anatomical structures, design new implants, improve existing devices, and advance research & development effortlessly.


Retain complete ownership of your derivative works today!

C1-L5 Segments of the Lumbar Spine

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Customized HumBo Plans Featuring Anatomical Models for Biomechanics Professionals

HumBo Plans for Industry Featuring Anatomical Models for Biomechanics Professionals

HumBo for Industry

Engineered specifically for medical device professionals and engineers

HumBo Plans for Academia Featuring Anatomical Models for Biomechanics Professionals

HumBo for Academia

Engineered specifically for academic faculty, staff, trainees, and students

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Discover Extensive Range of Anatomically Accurate Models Tailored to Fit Every Budget

HumBo Models - FAQs

  • What are HumBo models?

    HumBo is a collection of 3D anatomical models of human body structures designed for professional use, with a primary focus on biomechanical engineering, to benefit engineers, researchers, educators and students. Currently, HumBo models has spinal structures only.

  • What file formats are the HumBo models available in?

    HumBo anatomical models are available in leading CAD file formats (STL, STP, OBJ, PLY, and VTK), enabling seamless integration with engineering design, analysis, and 3D printing software. Choose one (1) file format for your download, with additional formats available at an extra cost.

  • How do HumBo models support orthopedic R&D in industry and academic research?

    Researchers can use HumBo models to simulate the interaction of potential implant materials with anatomical structures, aiding in the development of new biocompatible devices. Further, the models allow for the simulation of biomechanical behavior under various conditions (e.g., physiological loads and deformations), providing valuable insights for device design and optimization. By virtually testing and refining designs using the HumBo models, researchers can improve the functionality and performance of biomechanical devices before creating physical prototypes.

  • How do HumBo models benefit academic education for teaching purposes?

    HumBo models provide a detailed and interactive way to explore complex anatomical structures, making them ideal for educational and training purposes. Students can utilize HumBo models to virtually design and test implants or prosthetics within a simulated environment. By manipulating and interacting with the models, students can gain a deeper understanding of biomechanical principles. Digital designs created using HumBo models can be exported for 3D printing, allowing for the creation of physical prototypes for further analysis and learning.

  • Can I modify HumBo models and get ownership rights to derivative works created using these models?

    All our HumBo subscription plans allow for modifications and tailoring of HumBo models to meet your specific needs. You can manipulate the models in various ways, including rotating, zooming, and applying basic transformations in your preferred CAD/CAE software for better visualization and understanding.Our subscriptions also allow for in-depth editing and creation of derivative works based on HumBo models. This could involve modifying existing anatomical structures, adding new features or elements, combining them with other elements, or using them as a foundation for new designs. You retain full worldwide ownership rights of any and all derivative works you create using HumBo models, including, but not limited to, any modifications, simulations, analyses, or entirely new designs (digital or physical) developed based on the models.

  • How can I integrate HumBo models into my downstream design and analysis workflows?

    The specific editing tools and functionalities available will depend on the third-party CAD/CAE software you choose to use with HumBo models. These software programs offer a wide range of editing capabilities. For detailed information on specific editing tools, please refer to your chosen software's documentation. The modified models can be exported from your CAD/CAE software in file formats compatible with your downstream design & analysis tasks, allowing you to integrate them seamlessly into your workflows. While HumBo models are optimized for usability, some downstream workflows in specific software environments might require additional processing. Tasks such as repairing or cleaning the models might ensure smoother integration within your chosen software.