The Digihuman Anatomy Blackboard offers two options, a blackboard or an all-in-one device, to meet the requirements of different teaching scenarios. It can be connected to projection equipment. With realistic 3D anatomical structures and human body tomography data, it enables interactive learning to assist students in quickly building their knowledge systems. Learn more virtual anatomy tools.

• The 86-inch all-in-one Anatomy Blackboard Supports the English version,  covering five modules: system anatomy, regional anatomy, tomographicanatomy, micro-class video and autonomous learning
• Uses the real data of continuous tomography of the human body without organic diseases and no defects, and three-dimensional reconstruction of more than 6000 anatomical structures.
• According to the catalogstructure, all organs and tissues of the human body are displayed in the form of a true three-dimensional model.
• Hardware configuration:

1. 86-inch all-in-one Blackboard: screen resolution: 3840*2160, brightness 350 cd/m2, contrast (static): 5000:1, multi-touch system, viewing angle up to 175°
2. Built-in computer: CPU 15,8G DDR4 memory, 480G solid state hard drive or 500Gmechanical hard drive optional, wireless network card, 2G independent graphics card.support 4K output

Digihuman Anatomy Tablet integrates a large number of real human cross-sectional data into a computer to reconstruct the three-dimensional structure image of the human body. It is the result of a combination of medicine, information technology, and computer technology. It is the only digital human anatomy product based on complete sectional reconstruction at present.

The combination of touch screen podium and 3D projection optimize the teaching or training process, which can manipulate 3D models (zooming, rotating, dissecting layers) repeatedly and virtually “dissect” structures (e.g., spinal nerves, blood vessels) to explore spatial relationships, fostering deeper understanding.

• Reduces long-term expenses associated with cadaver procurement, storage, and disposal.
•  Digihuman Virtual Human Anatomy Education System uses the word, semantic association, and contrast approaches for quick selection, jumping, and multimode display.
• It can seamlessly integrate with the teacher’s PPT courseware. It can embed shortcuts in the courseware and quickly open the prefabricated virtual human anatomical structure, which significantly enhances the efficiency of teaching or training and the teaching effect.
• Digihuman Virtual Human Anatomy Education System has various functions, like semantic association, and contrast approaches. It also integrates with the teacher’s PPT courseware  for quick selection, jumping, and multimode display.