Bilateral Hip Replacement - Educational Anatomy Model

This is a 3D-printable representation of a human pelvis featuring bilateral hip prosthetics.

Important Note on Accuracy

⚠️ Disclaimer: This model was not derived from a CT scan (DICOM). It is a custom-modeled artistic representation. While it provides a clear visual of how a total hip arthroplasty (THA) is structured within the pelvis, it is not intended for medical diagnostic or surgical planning purposes.

Why download this model?

Despite not being a 1:1 medical scan, this model is an excellent educational tool. It clearly illustrates:

• The placement of the femoral stems within the femur.
• How the ball joints interact with the acetabular cups.
• The general structure of the human pelvis in relation to orthopedic implants.

It’s perfect for students, teachers, or as a visual aid for patients to understand the basics of hip replacement surgery.

Features

• Clear Visualization: Distinguishes between the bone structure and the mechanical implants.
• Great for Multi-Color: If you have an AMS, you can easily print the bones in "Bone White" and the implants in "Silver" or "Steel" for a striking look.
• Easy Assembly: Designed to be intuitive to put together.

Recommended Print Settings

• Supports: Required (Tree/Organic supports recommended for the pelvic arches).
• Layer Height: 0.16mm - 0.20mm.
• Wall Loops: 3 for better structural strength.
• Material: PLA (Matte White for bones looks great).

If you appreciate this model, please leave a boost or a comment! Feedback helps me improve future versions

Gemini said

Certamente! Aggiungere un tocco personale e mostrare i tuoi progetti futuri è un ottimo modo per creare una "community" intorno ai tuoi modelli su MakerWorld.

Ecco la sezione da aggiungere in fondo alla descrizione (subito prima dei ringraziamenti finali):

Future Plans & Feedback

I am currently working on improving this design! My goal is to create a fully articulated version where the hip joint can actually move and rotate, mimicking real human biomechanics.

I’d love to hear from you: * Did you find this model useful?

• Would you be interested in a functional, articulated version of this hip prosthesis?

Please let me know in the comments! Your feedback and "Boosts" help me dedicate more time to developing these educational tools.