3d Virtual Dissection Table Mini

About 3d Virtual Dissection Table Mini

Product Description :

The 3D Virtual Dissection Table is the most advanced medical education system powered by 3D Digital Modeling Technology. This state-of-the-art platform offers digitized human cadavers and superior medical learning tools, revolutionizing medical education and training. By incorporating the Anatomy Table, institutions can enhance learning outcomes, reduce laboratory expenses, and position themselves as leaders in technological innovation.

Explore 3D human anatomy, physiology, and pathology on a life-size platform. It features an 43-inch multi-touch screen, allowing students to interact with digital human cadavers and integrated medical education tools like never before.

3D Normal Anatomy
1,200+ high-definition 3D models that can be disas-sembled and displayed independently, with detailed introductions and audio explanations; categorized into local anatomy, systematic anatomy, overall anatomy, and anatomy exercises.

3D Pathology
21 pathology classifications, 1,800+ 3D anatomical models of common human diseases, assisted by blo-od flow animation, oxygen exchange animation, and joint movement animation, make teaching come to life.

Anatomy Video
Real-life autopsy videos with text and audio explan-ations; includes Head, Neck, Back, Upper Limb, Thorax, Abdomen, Pelvis & Perineum, Lower Limb, Variations.

Durable Metal Construction

Crafted from premium MS (Mild Steel), this dissection table is built to withstand demanding laboratory environments. Its all-metal composition ensures strength, stability, and a prolonged service life, making it a reliable investment for institutions.


Indian-Style Laboratory Furniture

Incorporating classic Indian design features, this table merges regional aesthetic sensibility with modern virtual technology. Its style suits both contemporary and traditional academic setups across India and abroad.


Innovative Virtual Dissection

The virtual dissection platform enables users to explore 3D anatomy models, allowing for interactive learning without the use of real specimens. This technology supports comprehensive anatomy demonstrations and encourages a safe, ethical, and immersive study experience.