Introducing our highly detailed and medically accurate digital 3D model of the human fasciae. This model is perfect for animation studios, app developers, illustrators, and universities looking to add realistic and anatomically correct fascia to their projects.
Our digital 3D model of the human connective system is the perfect resource for businesses in the animation, app development, illustration, and education industries. With over 430 individual meshes, all correctly named and organized on layers, our model covers all ligaments, capsules, and sheaths.
Introducing the ultimate medical accuracy in digital 3D modeling: our human lymphatic system model. With over 119 individual meshes, each correctly named and organized on layers, this model covers all lymphatic vessels and nodes from head to toe.
Introducing our highly detailed and medically accurate digital 3D model of the human nervous system. With over 830 individual meshes, this model is perfect for animation studios, app developers, illustrators, and universities.
Introducing our highly detailed and medically accurate digital 3D model of the human circulatory system, perfect for animation studios, app developers, illustrators, and universities.
Bring your projects to life with the most accurate and detailed digital 3D model of the human muscles available for commercial use.
Bring your projects to life with the most accurate and detailed digital 3D model of the human muscles available for commercial use.
Introducing our advanced, medically accurate digital 3D model of the human skeleton. Created for use in education and real-time 3D applications, this model is a highly detailed and realistic representation of the human skeleton.
Introducing our advanced, medically accurate digital 3D model of the human skeleton. Created for use in education and real-time 3D applications, this model is a highly detailed and realistic representation of the human skeleton.
Introducing our advanced, medically accurate digital 3D model of the human skeleton. Created for use in education and real-time 3D applications, this model is a highly detailed and realistic representation of the human skeleton.
