2016-....Holographic projection investment prospects?

New technology has great prospects. According to the "2016-2021 China Projection Equipment Industry Market Prospects and Investment Strategic Planning Analysis Report" of the Qianzhan Industry Research Institute, the principle of holographic projection is simply to use optical principles to make images emerge in the air and appear three-dimensional.

Effect.

The holographic space projection screen is a new generation of display equipment with many incomparable advantages such as high definition, strong light resistance, ultra-thinness, and anti-aging.

It consists of molecular-level nano-optical components: holographic color filter crystals as core materials, integrating nanotechnology, materials science, optics, polymers and other multi-disciplinary achievements and preparation and processing technologies, with organic materials, inorganic nano-powders and fine metal powders.

The body is raw material and produced.

The thin and light interior contains advanced precision optical structures to achieve perfect display with high definition and brightness.

At present, the most commonly used light source for holographic projection is from a projector, because firstly, the brightness of the light source is relatively stable, and secondly, the projector also has the function of amplifying the image, which is very practical as a holographic display.

Holographic projection technology brings beautiful pictures to the audience, introducing the audience into another world.

Holographic projection technology breaks through the limitations of traditional sound, light, and electricity. The spatial imaging is brightly colored, with very high contrast and clarity, and a strong sense of space and perspective.

It can not only produce a three-dimensional aerial illusion, but also allow the illusion to interact with the performer to complete the performance together, producing a shocking performance effect.

Holographic projection technology breaks through the limitations of traditional sound, light and electricity, bringing beautiful pictures to the audience, giving people a sense of a dual world where virtual and reality coexist.

The method of holography has been extended from the field of optics to other fields.

For example, microwave holography and acoustic holography have been greatly developed and successfully used in industrial medical and other aspects.

Holograms such as seismic waves, electron waves, and X-rays are also being studied in depth.

Holograms have an extremely wide range of applications.

For example, it can be used to study the shock waves of rocket flights and non-destructive testing of aircraft wing honeycomb structures. There is no doubt that the market development potential of holographic projection technology will be immeasurable in the future.