As a pioneer in digital anatomy education, we at DIGIHUMAN are proud to present our game-changing product: the DIGIHUMAN Virtual Anatomy Table (ECDH-Int I 80). Designed to transform how anatomy is taught and learned, this innovative tool stands out as the only digital anatomy teaching product built on complete tomographic data reconstruction, setting a new standard in medical education.

Unparalleled Tomographic Precision: The Foundation of Excellence

What makes our virtual anatomy tables truly unique is our foundation in real human data, a cornerstone that ensures accuracy and reliability. We’ve integrated 2 sets of complete tomographic image data—2110 layers for male with an impressive precision range of 0.1mm to 1mm, and 3640 layers for female with even finer precision of 0.1mm to 0.5mm. This level of detail is unprecedented in digital anatomy tools, allowing us to display over 6000 anatomical structures in stunning 3D. Every structure’s position, size, and shape stays true to real human anatomy, eliminating the discrepancies often found in generic 3D models and providing learners with a truly authentic educational experience.

Three Core Modules: Exploring Anatomy from Every Angle

Our virtual anatomy tables categorize anatomy into three key modules to cater to diverse learning needs, ensuring comprehensive coverage of anatomical study. Systematic Anatomy offers 3D structures reconstructed from real cross-sectional data, meticulously divided into nine major systems—including skeletal, muscular, and nervous systems—for in-depth, system-by-system study. Regional Anatomy features innovative peel and see-through functions, dynamically demonstrating structures from superficial to deep layers. This interactive approach helps build a clear hierarchical understanding, making it easy to grasp the adjacent relationships of structures even in classroom settings, supported by a large number of dedicated regional anatomy teaching videos. Sectional Anatomy lets users explore any cross-sectional view of the human body, with an intuitive highlighting function that quickly identifies structures by their Chinese and English names, while simultaneously displaying their positions and shapes in the 3D human body model for seamless integration of 2D and 3D learning.

Rich Resources: Visual Learning at Its Best

Learning becomes more engaging and effective with our abundant multimedia resources that cater to different learning styles. We’ve included over 1700 high-quality CT and MRI images, perfectly paired with tomographic specimen images to enhance clinical correlation. Real dissection videos and detailed anatomy animations bring complex anatomical processes to life, visualizing steps that are often difficult to observe in traditional dissection labs. The Anatomy Micro-course module adds over 130 targeted videos, covering systematic, regional, and sectional anatomy topics, each designed to reinforce key concepts and provide concise, focused learning sessions that complement classroom teachings.

Empowering Self-Learning with Practice

For effective knowledge consolidation, our Autonomous Learning module is a game-changer for students’ independent study journeys. It provides comprehensive courseware composed of interactive text, high-resolution pictures, explanatory micro-videos, and rotatable 3D anatomical structures, creating a multi-sensory learning experience. This courseware is perfectly paired with over 1800 exercises—including both theoretical questions to test conceptual understanding and specimen exercises that simulate real specimen examinations.

Conclusion

At DIGIHUMAN, we believe education thrives on innovation, and our Virtual Anatomy Table embodies this belief. By combining unparalleled tomographic precision, interactive learning modules, rich multimedia resources, and robust self-learning support, it makes anatomy learning more accessible, detailed, and engaging than ever before. It’s not just a tool for displaying anatomical structures—it’s a comprehensive educational solution that influences how future medical professionals explore the human body.