The invention relates to an intelligent digital video exhibition platform which comprises a semi-arc-shaped display screen. The display screen is obtained through splicing three 3D display screens. The 3D display screen comprises an LCD panel. The LCD panel is provided with a 3D film layer in a light outlet direction. The 3D film layer is provided with a protective layer in the light outlet direction. The back surface of the display screen is provided with a windproof supporting frame. The front surface of the display screen is provided with a camera. The display screen is internally providedwith a circuit assembly. The circuit assembly comprises a master control circuit, an interface circuit, a wireless communication module, a video processing and decoding circuit, and a video output circuit. Image information of a physical product is acquired from outside through the interface circuit, and is transmitted to the video processing and decoding circuit for performing 3D imaging video processing. Then a processed 3D image is output to the 3D display screen through a video output circuit for displaying. The master control circuit is used for controlling data transmission between the modules. The VR imaging display screen is utilized for performing VR image presentation of the product and furthermore can realize 360-DEG omnibearing presentation.