From April 9 to 12, the 93rd China International Medical Equipment Fair (CMEF) grandly opened at the National Exhibition and Convention Center in Shanghai. As a benchmark exhibition in the global medical and health field, this edition covers a total area of over 320,000 square meters, bringing together nearly 5,000 branded enterprises from more than 20 countries and regions worldwide, and attracting over 200,000 professional visitors from 150 countries and regions.

Shandong Digihuman Technology Co., Inc. made a high-profile appearance with its core products, including the HD-Digihuman Virtual Dissection Table System V2.0 and Digihuman 3D Printing. Centered on “virtual dissection practice + ultra-high-definition real data + full-scenario teaching implementation”, the company created an immersive digital medical education experience, becoming a focal point of the exhibition area.

At the exhibition site, the Digihuman Technology booth drew large crowds. Representatives from medical colleges, guests from medical institutions, and international merchants stopped by to experience the products, speaking highly of the convenience of virtual dissection practice, high data precision, and wide application range. During the exhibition, Digihuman Technology received more than 300 visitors, held in-depth negotiations with distributors from Uzbekistan, Kazakhstan, Indonesia, Egypt and other countries, and initially reached cooperation intentions.

HD-Digihuman Virtual Dissection Table System V2.0

The HD-Digihuman Virtual Dissection Table System V2.0 precisely meets the core demands of medical education and clinical training:

Virtual Dissection Practice, Breaking the Boundaries of Traditional Teaching

The core breakthrough of the HD-Digihuman Virtual Dissection Table System V2.0 lies in its full-featured virtual operation capability, supporting diverse operations such as free sectioning, multi-mode cutting of single structures, and 3D rotational observation. Students can repeatedly simulate dissection procedures to intuitively grasp organ morphology, positional relationships, and adjacent structures.

Different from the “one-time experience” of traditional specimen teaching, the system enables unlimited practice with zero consumption and zero risk, effectively solving pain points in traditional anatomy such as scarce specimens, restricted operations, and easy specimen damage.

Submillimeter Precision, Restoring Real Human Details

The system collects over 17,000 layers of real continuous tomographic data for adult males and over 16,000 layers for adult females. The digital human reconstruction precision reaches 0.1 mm, with a single image containing 1.8 billion pixels, clearly presenting fine structures such as cerebral gyri and sulci, nerve nuclei, and hepatic and pulmonary subsegments.

With 1:1 real restoration and multilingual versions (Chinese, English, Arabic, Russian, French, Spanish, Portuguese – 7 major languages), it satisfies teaching needs of domestic colleges and adapts to localized overseas training scenarios, setting an industry benchmark with “original high-precision digital human technology from China”.

Integrated Full Modules, Covering Teaching, Clinical and Research Scenarios

The system integrates four core modules: human anatomy, digihuman virtual dissection system, digital slice library, and clinical case library. It achieves a full-chain knowledge connection of “gross specimens — microscopic structures — clinical cases”, supporting diverse scenarios including basic teaching, practical training, preoperative planning, and standardized training assessment, enabling interdisciplinary and multi-level teaching.

As a national-level “Little Giant” enterprise specializing in sophisticated and innovative technologies and a listed company in  digital medical education sector, Digihuman Technology has always taken technological innovation as its core, deeply engaged in the R&D and application of digital human technology.

Its appearance at CMEF not only demonstrates the robust strength of China’s digital medical education but also takes “virtual dissection practice” as a grip to drive the transformation of medical education from “theory-oriented” to “practice-empowered”, providing a replicable and scalable Chinese solution for global medical talent training.

In the future, Digihuman Technology will continue to iterate product functions, optimize teaching scenario solutions, support the construction of a Healthy world, and empower the high-quality development of global medical education and clinical training through digital technology.