Holographic Imaging Glass

After complex membrane design and screening of new materials, the coated optical splitter lens is produced. By projecting and diffracting video information, the image is recorded through glass function to reproduce the real three-dimensional image of the object.

The difference between holographic imaging glass and ordinary glass

Ordinary glass mainly serves the functions of isolation and light transmission, and its appearance is relatively simple. Holographic imaging glass has unique optical properties and can present a three-dimensional image effect.

In terms of functionality, ordinary glass is only a simple visual barrier, while holographic imaging glass can display dynamic and realistic holographic images, attracting attention.

In terms of visual experience, ordinary glass can see a flat scene, while holographic imaging glass can bring a three-dimensional visual experience as if an object is right in front of you, enhancing the sense of spatial hierarchy.

In terms of production technology, holographic imaging glass is more complex, involving special optical techniques and material processing.

The application scenarios are also different. Ordinary glass is commonly used in building doors and windows, while holographic imaging glass is mostly used in commercial displays, stage performances, science museums and other places to create a unique visual atmosphere and bring audiences a novel viewing experience. It has obvious advantages in improving the visual effect of the space.

Optical Parameters:

Membrane surface Y: 34.20 L: 64.80 a: -2.60 b: -0.80

Glass surface Y: 33.50 L: 64.50 a: -3.00 b: -0.65

Through Y: 65.20 L: 84.50 a: 1.20 b: 0.20

Application scenarios：

Product exhibitions, stage performances, audio-visual interactions, instruments and meters, refrigerator covers, minimalist doors, etc.