Jinan, China – Shandong Digihuman Technology Co., Inc. has officially unveiled its flagship ECDH-Int I 70 Intelligent Medical Teaching Terminal, an all-in-one digital anatomy workstation serving medical, sports science and rehabilitation education worldwide.

 

 

Powered by authentic male and female human serial section data (3,640 layers, 0.1mm slicing precision), the system reconstructs over 10,000 3D anatomical structures across 13 body systems. It integrates four core teaching modules: Gross Anatomy with digital specimens and CT cross-section comparison, animated Physiology simulating cardiac and respiratory processes, a high-definition Digital Slide Library mimicking real microscope observation, plus a Training & Assessment system with categorized question banks, customizable exams and auto-generated score reports. Supporting dual horizontal/vertical screen orientation, the 70-inch 4K infrared touch table features premium i7, 32G RAM, 2T SSD and GTX4060 hardware for smooth gesture interaction, virtual dissection and full-process HD teaching recording. It also delivers a complete virtual-real integrated solution for digital anatomy labs with intelligent air purification to secure teaching environments, and its products are already used in more than 60 countries and regions globally.

The terminal’s standout competitive advantage lies in its built-in Xiaoyi Anatomy Assistant, an exclusive AI engine developed on Digihuman’s Human Morphology AI Large Model. Unlike traditional static databases requiring manual lookup, this AI supports offline-local and online hybrid intelligent retrieval via voice and text interaction. It instantly calls up 3D models, clinical cases, lesson videos and test resources, automatically organizing scattered anatomical knowledge to cut teachers’ lesson-prep workload and transform passive memorization into interactive intelligent learning.

 

Another unique highlight is its specialized sports medicine suite covering Sports Anatomy and Sports Rehabilitation. The Sports Anatomy module visualizes dynamic musculoskeletal coordination during athletic movements across five subsections, clearly displaying real-time linkage of muscles, tendons, fascia, nerves and vessels in running and complex motions to simplify biomechanical theories. Complementing it, the Sports Rehabilitation module adopts real clinical sports injury cases, covering the full workflow of physical examination, pathological analysis, clinical assessment and targeted rehabilitation interventions. It seamlessly connects basic anatomical theory with clinical recovery practice, catering to sports colleges, rehabilitation training centers and sports medicine majors, filling a major gap in conventional digital anatomy equipment.

 

Digihuman stated the ECDH-Int I 70 combines high-precision digital human data, proprietary AI technology and exclusive sports medicine modules to build a one-stop intelligent teaching platform, helping institutions cultivate medical and sports rehabilitation talents with solid clinical thinking.