3D Pregnant Morph

3D Pregnant Female Morph

3D Pregnant Female Morph

The 3D pregnant female morph model now available from 3D Science is developed by medical illustrators to show changes in the lower female abdomen during gestation. The base for the morph is generated from scans of live models with optimized geometric resolution.

The 3D pregnant female morph model is a derivative of the 3D female integumentary system, with geometry carefully crafted to provide resolution in key areas for high quality rendering with excessive and superfluous geometry removed to increase functionality of the product. The morph begins the gestation process at conception and carries through to full-term. The package includes the skin of the female and the uterus, showing the changes in the lower abdominal and pelvic region that take place during pregnancy. A full-term fetus (non-morphing) is included with the model that is scaled to fit inside the expanded uterus. The model can be purchased with or without texture maps for the female skin and hair. The fetus and the uterus are not textured.

Zygote's Solid 3D Anatomy has set the standard in CAD and Simulation for over a decade.

  • Formats:
    • 3D Studio Max
    • Blender (OBJ)
    • Cinema 4D
    • Generic OBJ
    • Maya
  • Polygons (as tris): Yes
  • UV Coordinates: Available
  • Textures: Available
  • Grouping: Yes
  • Delivery Method: Download
  • Price: $1,450
  • Rigged: No
Schedule a Demo

"3D Science's [Zygote's] services and models have proven themselves time and time again. When the producers for television show "The Doctors" approached me to develop a graphics solution to their daily dose of medical information, I immediately knew that they needed the Zygote Human Anatomy Collection. The collection has been a critical piece of the toolkit ever since. I've been using their models and services since 2004 and have not found anything that comes close. The accuracy and high level of detail saved us hundreds of hours in potential clean-up and preparation. Above all, the efficient mesh density makes their models easy to work with, manipulate and render on a tight budget and deadline."

Brian Johnson / President - Longerday Productions, Inc.