VR Double Deluxe Egg Chair
FUNTECH makes it easy to have fun! VR (virtual reality) products are the cutting-edge technology fusion under the crystallization of innovation, using computer technology to build a highly realistic virtual environment so that the user feels as if they were in it, opening the immersive experience.
After-Sales Service and Warranty:
We offer comprehensive after-sales services, including installation guidance and technical support. Our products also come with a specified warranty period to ensure a worry-free experience for our customers.
Buyer Protection: We Keep Buyer Information Completely Confidential!
⦁ VR Double Deluxe Egg Chair Attribute parameters
Brand | FUNTECH | Customization | Yes |
Voltage | 220v | Applicable number of people | 1 |
Color | Black Grey | Size | customizable |
Applicable age group | 6 years old and above | Applicable scenarios | Shopping malls, sports halls, theme halls, etc. |
Packing method | Wooden frame | Origin | Panyu, Guangzhou |
Material | Hardware | Delivery cycle | 5-15 days |
⦁ VR Double Deluxe Egg Chair Advantages
Highly immersive experience
Rich and diversified application scenarios (game field)
Rich and diversifiedplication scenarios (education industry)
Breakthrough of time and space limitations




⦁ VR Double Deluxe Egg Chair Details & Features








⦁ VR Double Deluxe Egg Chair Application Scenario





⦁ Frequently asked questions
Holographic Light and Shadow Restaurant
What is holographic projection?
Holographic projection is a technique that utilizes the principles of interference and diffraction to record and reproduce the true three-dimensional image of an object. It records the light information of an object on a hologram, and then uses a specific light source to illuminate the hologram, so that the three-dimensional image of the object can be presented in the air, and the audience can see the realistic stereoscopic image without wearing special glasses.
What is the principle of holographic projection?
Firstly, during the recording process, a reference light and an object light are simultaneously irradiated onto the object, causing interference between the two beams. The intensity and phase information of the object are recorded on the photosensitive material, forming a hologram. Then, during the reproduction process, the hologram is illuminated with the same beam of light as the reference light, and the hologram acts like a complex diffraction grating, causing the light to diffract and thus reproducing the three-dimensional image of the object.
What are the application scenarios of holographic projection?
Holographic projection has a wide range of applications in multiple fields. In the commercial field, it can be used for product display, advertising promotion, stage performances, etc., such as three-dimensional product display in shopping malls and virtual singer performances at concerts. In the field of education, it can be used for teaching demonstrations to help students understand complex scientific knowledge more intuitively. In the field of exhibition display, it can create an immersive exhibition experience and attract the attention of the audience.
What is the difference between holographic projection and ordinary projection?
Ordinary projection is the process of projecting a two-dimensional image onto a flat screen, where the viewer sees a flat image. Holographic projection can present real three-dimensional images, allowing viewers to observe different faces of objects from different angles, with a strong sense of three dimensionality and realism. In addition, ordinary projection usually only requires simple equipment such as projectors and screens, while holographic projection requires more complex optical systems and technologies to achieve.
What are the technical difficulties of holographic projection?
One is the resolution and clarity of the image. To achieve high-resolution and high-definition 3D image reproduction, advanced optical equipment and algorithms are required. The second is the control of light interference and diffraction, which requires precise control of the propagation and interference conditions of light rays to ensure the stability and accuracy of the image. The third is the complexity and cost of the system. Holographic projection systems are usually quite complex, including optical components, light sources, control systems, etc., with high costs, which limits their widespread adoption.

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Weixia Lei
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