SciePro Pathologies Visualizing Disease with Scientific Accuracy
Explore our growing collection of 3D pathology models — designed to help you educate, communicate, and innovate with precision.
At SciePro, we believe that understanding disease starts with seeing it clearly.
Our 3D pathology models are crafted with medical accuracy, offering detailed representations of conditions affecting every major organ system — from microscopic cell changes to full organ-level pathology.
Medical Accuracy
Our development team collaborates with anatomists, surgeons, and specialists to ensure unprecedented accuracy and detail, with each model undergoing rigorous medical review before release.
Wes Price
Sr. Director of Biomedical and Scientific Visualization, Mayo Clinic
“The precision and detail of Sciepro's models have enhanced our ability to visualize and animate complex medical concepts.”
Dr. Christian Jacob
LINDSAY Virtual Human, University of Calgary
“At the University of Calgary, we have chosen SciePro’s fe/male anatomy models as the foundation for our next-generation digital teaching & learning modules in Biomedical Engineering. We believe that SciePro’s models and customer support are world-class.”
Tom Pidgeon BMedSc
Consultant Plastic Surgeon, Co-Director Surgical Sculpture Workshops, UK
“As a consultant plastic surgeon who trains other surgeons in anatomy, I have been incredibly impressed with the accuracy and quality of the SciePro human skull model. We have used this model on two separate anatomy training courses and objective delegate feedback gave the skull a very high accuracy score. It's been excellent working with the SciePro team.”
Dr. Frank Antwerpes
Founder & CEO, DocCheck
“At DocCheck, we’re always looking for top-tier visual content that meets the highest standards of accuracy and aesthetics. SciePro’s 3D anatomy models are the best we’ve seen – detailed, scientifically precise, and visually stunning. Their work elevates the quality of our medical communication, and we’re happy to have them as a trusted partner.”
Samir Lyons
CEO - Allrise Animation
“We use Sciepro’s 3D models exclusively for all of our forensic animations, and the quality is absolutely unmatched. The level of detail, accuracy, and realism far exceeds anything we’ve seen from other providers, making their models an essential part of our work. On top of the exceptional quality, their customer support team goes above and beyond—always responsive, helpful, and a pleasure to work with. Having both top-tier assets and outstanding service in one place makes Sciepro an invaluable partner for us. Highly recommend without hesitation, they are five stars all the way.”
Eleni Farmaki
Biomedical engineer - Stratasys
“Working with SciePro has been an absolute pleasure! Their designs are incredibly accurate and high-resolution, making it so easy for me to prepare them for PolyJet 3D-printing. What I value most is their proactive spirit and dedication, which make every collaboration smooth and inspiring.”
Nazmus Tareque
Founder & CCO, AnthroTek Ltd
“At AnthroTek, we’re constantly pushing the boundaries of what synthetic anatomy can achieve, whether for medical & surgical simulation, robotics, or cinematic storytelling. In that journey, SciePro has been an invaluable partner. Their anatomical models are not only impressively accurate, but they also give us a solid 3D modelling foundation to build the highly customised, lifelike solutions our clients expect. Working with Sebastian and the team has been a real pleasure, responsive and truly collaborative. It's rare to find partners who so clearly care about both the medical science and the craft.”
Gernot Reishofer
Research Prof. Hon.-Prof.(FH) Priv.-Doz. DI Dr.
“In health education, the use of 3D models requires the highest standards of accuracy and clarity. SciePro meets these demands by combining excellence in scientific visualization with outstanding visual quality. Their models are scientifically precise, visually compelling, and perfectly suited for teaching and learning in medical education. We are glad to rely on them as a trusted partner.”
Adenomyosis - Uterine Wall Thickening
Our 3D model accurately depicts the invasion of endometrial tissue into the myometrium, capturing the thickened uterine walls and structural distortions associated with adenomyosis.
Breast Cysts Fluid-Filled Structures
This model highlights the formation of benign fluid-filled sacs within breast tissue, an important structure for understanding breast health diagnostics and clinical communication.
Bladder Cancer Tumor Growth Visualization
Our model shows bladder wall thickening and tumor formation, offering a clear, educational view of different stages and types of bladder cancer progression.
Psoriasis — Chronic Skin Inflammation
This model highlights the formation of benign fluid-filled sacs within breast tissue, an important structure for understanding breast health diagnostics and clinical communication.
Hiatal Hernia Stomach Displacement
Our 3D anatomy reveals the upper part of the stomach pushing through the diaphragm into the chest cavity — essential for explaining gastroesophageal conditions.
Liver Cirrhosis Fibrosis and Regenerative Nodules
This model highlights the formation of benign fluid-filled sacs within breast tissue, an important structure for understanding breast health diagnostics and clinical communication.
Gallbladder Stones Cholelithiasis in 3D
Our 3D gallbladder model shows stone formation inside the bile ducts and gallbladder, supporting education about digestive health and gallstone-related complications.
Broad Software Compatibility
SP ONE integrates seamlessly with 3ds Max, Maya, C4D, Blender, and Unity.
Looking for Specific Conditions?
Our pathology library is constantly growing. Contact us to discuss custom models, licensing options, or to request a demo.
