The human joint classification model categorizes human joints into uniaxial joints, biaxial joints, multiaxial joints, as well as hinge joints, pivot joints, bicondylar joints, saddle joints, ellipsoidal joints, ball-and-socket joints,...
Utilize this distinctive transparent human skull model to examine internal features typically seen only in X-ray images. Crafted from durable, shatterproof plastic, this high-quality replica is meticulously handmade. It precisely...
This 3D-printed brain vasculature model is meticulously crafted based on real human data, accurately replicating the main trunks and branches of both the anterior and posterior cerebral circulations. Designed to...
This detailed anatomical model is designed for patient education, showcasing key cardiovascular and neurological pathologies. The heart model illustrates the effects of hypertension and the process of thrombosis. The brain...
This high-fidelity skull model is crafted from advanced polymer materials, meticulously replicating the authentic structure and biomechanical properties of a real human skull. Designed for surgical simulation and medical training,...
This precision-engineered pelvis model is constructed from high-quality polymer materials, accurately replicating the true anatomical structure and biomechanical properties of a human pelvis. It is specifically designed for orthopedic training...
This updated heart anatomical model offers a refined representation of the human heart, designed for educational and medical training purposes. Building on the foundation of the previous model, this version...
This brain cortical function localization model is a detailed educational tool designed for studying the functional areas of the human brain. The model is dissectible into two main components, offering...
This brain lobe model is a detailed anatomical tool designed for educational purposes, allowing users to explore the brain's structure and functional regions. The model is dissectible into two main...
