Question

What is a 3D holographic projection display case?

Answer 1

A 3D holographic projection display case is a high-tech display device that uses holographic projection technology to directly display three-dimensional virtual images within a display case. It is commonly used in retail, museums, exhibitions, and science and technology experience centers, allowing viewers to see 3D images suspended in the air or on a glass panel without the need for special glasses.

Below, I will explain its principles and features in detail:

1. Principle

3D holographic projection display cases primarily achieve the "suspended image" effect through optical imaging and reflection technology. Common technologies include:

Glass/Acrylic Angled Reflection Method (Classic Holographic Display)

A transparent slanted glass or acrylic panel is placed inside the display case.

The projector projects an image onto the glass; after reflection, viewers see a 3D image suspended within the glass.

Advantages: Simple structure, relatively low cost.

Air/Fog Holographic Projection

Utilizing tiny water mists or a transparent film as the projection medium, the image is suspended in the air.

The effect is more realistic, presenting images with a three-dimensional feel from all angles.

1. Light Field or Laser Holographic Technology

Utilizes laser interference and light field control to generate true 3D stereoscopic images.

Technically complex and costly, but offers the most realistic visual effects.

2. Key Features

No glasses required: Viewers can see the 3D images directly with the naked eye.

Highly interactive: Some display cases are equipped with touch or motion-sensing interaction functions, allowing interaction with the images.

Strong visual impact: Virtual objects appear to float in the air, creating high appeal and making them suitable for advertising and displays.

Space-saving: Large virtual items can be displayed without occupying physical space.

Updateable content: Digital images can be replaced at any time, flexibly displaying various products or information.

3. Application Scenarios

Retail Display: Displaying high-end products such as jewelry, watches, shoes, and apparel.

Exhibition Display: Displaying historical artifacts or conceptual products in museums, science and technology museums, and art exhibitions.

Advertising: 3D advertising in shopping malls, subway stations, and exhibitions.

Education and Training: 3D teaching demonstrations in fields such as medicine, machinery, and architecture.

Answer 2

A 3D holographic projection display case is a display device that presents suspended 3D images within a specific space using optical principles. Its core lies in recording and reproducing the three-dimensional information of objects using the principles of interference and diffraction, allowing viewers to see realistic 3D images without the need for auxiliary equipment, achieving a fusion of virtual and reality.

Technical Principles and Composition

Imaging Principle: Based on the principles of interference and diffraction, a 3D model or real-life image is superimposed onto the scene using an optical system (such as a beam splitter or holographic film), forming a 3D image suspended in mid-air. For example, in museums, this technology can recreate 3D images of incomplete artifacts or deceased items, perfectly integrating them with the actual exhibits.

System Composition: Typically consists of a cabinet, LCD display device, holographic glass, and video playback device. Some high-end models also integrate a touchscreen, supporting audience interaction with the exhibits (such as rotation, zooming, and viewing details).

Core Features and Advantages

Strong Visual Impact: The 3D image is suspended in mid-air, providing a 3D effect from any angle, offering a strong sense of immersion. For example, 180°, 270°, or 360° holographic displays can meet the needs of different scenarios. While the 360° model sacrifices display area on one side, it achieves four-sided imaging, suitable for all-around display.

Vibrant colors, high contrast, clear and vivid images, and a strong sense of realism significantly enhance the attractiveness of exhibitions.

Breaking physical limitations: Exhibits do not require physical support, avoiding the potential damage risks to precious artifacts from traditional glass display cases. For example, in science museums, sophisticated mechanical models or fragile biological specimens can be safely displayed.

Supporting dynamic displays, giving static objects "life." For example, in car showrooms, the internal structure or working principles of vehicles can be dynamically demonstrated.

Interactivity and participation: Visitors can interact with exhibits through touchscreens or gestures, enhancing engagement. For example, in art exhibitions, visitors can rotate virtual sculptures to appreciate details from multiple angles.

Combining sound, light, and electricity technologies creates an immersive experience. For example, in historical exhibitions, holographic images synchronized with background music and lighting recreate historical scenes.

Wide Range of Applications:

Cultural Displays: Recreating the original appearance of cultural relics or displaying rare and inaccessible items in museums and memorial halls.

Product Launches: Dynamically showcasing product features and design highlights at new product launches, enhancing brand image.

Art Exhibitions: Presenting digital artworks or virtual characters, creating fantastical visual effects.

Education and Training: Providing three-dimensional displays of complex content such as anatomical models and molecular structures to aid teaching.

Real-World Application Cases

Museum Applications: A history museum used 3D holographic displays to showcase bronze artifacts. Visitors could view the artifacts through a transparent screen, while holographic images restored the original patterns, combined with audio narration, providing an immersive cultural experience.

Commercial Exhibitions: A car brand used 360° holographic displays to showcase new vehicles at auto shows. Visitors could observe the exterior and interior details of the vehicles without wearing glasses, attracting large crowds.

Stage Performances: In concerts, singers interacted with holographically projected virtual characters, creating a fantastical stage effect that blends reality and virtuality, enhancing the performance's impact.

Answer 3

A 3D holographic projection display case is a device that uses holographic technology to display three-dimensional images. It projects virtual content onto a transparent medium using optical principles, creating an immersive visual effect. Here is a summary of key information:

Core Principle: A holographic projection device projects a three-dimensional image onto a special holographic material (such as glass). Utilizing the principles of light interference and diffraction, a three-dimensional image is formed in the transparent medium. Viewers can view it without any special equipment.

Main Types:

180-degree holographic display case: Single-sided display, suitable for limited scenarios with a specific angle.

270-degree holographic display case: Multi-sided display, covering a wider viewing angle.

360-degree holographic display case: All-around three-dimensional display, providing an immersive experience.

Application Scenarios: Widely used in product displays, exhibitions, museums, shopping malls, and education, especially suitable for displaying cultural relics, artworks, or high-tech products, enhancing brand image by increasing visual appeal.

Technological Advantages:

Strong Visual Impact: 3D images are more impactful than traditional flat displays, quickly attracting the viewer's attention.

Highly interactive: Can be integrated with a touchscreen to enable interactive functions such as zooming, rotation, and information playback.

High space utilization: Achieves multi-angle display by sacrificing single-sided display area, suitable for limited spaces.

Difference from traditional display cases: Holographic display cases focus on combining virtual content with physical objects to create an atmosphere; while 3D transparent display cases (such as LED screens) directly display product details, emphasizing realism.

Answer 4

A 3D holographic projection display case is a high-tech device combining holographic projection technology with the functions of a display case. It is primarily used to display products, artifacts, models, and other items, providing viewers with an immersive and three-dimensional visual experience. The following are its core features and principles:

1. Working Principle

Through high-precision holographic projection equipment (such as laser projectors and LED displays) and special holographic projection materials (such as holographic glass and holographic film), pre-made three-dimensional images are projected onto a transparent medium inside the case. Utilizing the principles of light refraction, reflection, and interference, the images create a suspended three-dimensional effect, viewable without 3D glasses.

2. Core Components

Case: Provides the display space, typically made of transparent or semi-transparent materials such as glass or acrylic to ensure clear image visibility.

Projection Equipment: Responsible for generating three-dimensional images, supporting various content formats including static images, dynamic videos, and animations.

Holographic Projection Material: Key to achieving suspended imaging, it redistributes light to create a realistic three-dimensional effect.

Control System: Used for playing and switching display content; some devices also support interactive functions such as touchscreens and gesture recognition.

3. Display Effects

Suspended Imaging: Images appear to float in mid-air, blending with the real environment to create a wonderful visual effect that combines the virtual and the real.

Multi-Angle Viewing: Depending on the design, holographic display cases can be divided into 180-degree, 270-degree, or 360-degree models, allowing viewers to observe the images from multiple angles and gain a comprehensive understanding of the details of the displayed object.

Highly Interactive: Supports touch and gesture operation; viewers can rotate and zoom the images, and even interact with the virtual content, enhancing their sense of participation.

3D holographic projection display cases are widely used in museums, shopping malls, corporate showrooms, educational institutions, real estate sales, and other fields. They not only enhance the attractiveness and technological feel of displays but also convey information more efficiently, representing a significant innovation in modern display technology.

Answer 5

A 3D holographic projection display case is a display device that uses the principles of optical interference and diffraction to record and reproduce the three-dimensional light wave information of an object. Through special imaging technology, it presents products or models as stereoscopic suspended images, allowing for naked-eye viewing without the need for any auxiliary equipment.

Its working principle is based on holographic projection technology. The core process includes: first, a laser beam is used to illuminate the object, forming an object beam, which is then superimposed on a holographic film with a reference beam to produce interference fringes, thus recording all the information of the object's light waves; second, in the reproduction stage, coherent light is used to illuminate the hologram, and the diffraction effect reconstructs a three-dimensional image, enabling multi-angle observation with complete image details.

A typical structure of this display case consists of a cabinet, projection equipment, holographic glass or transparent holographic film, and a video playback system. The imaging methods are mainly divided into two categories: one is semi-suspended imaging based on the principle of refraction, achieved through a combination of liquid crystal display and optical media; the other is reflective structures such as holographic pyramids, which use multi-faceted mirrors or prisms to refract and form a 360-degree visible image within a conical space.

With a wide range of applications, 3D holographic projection display cases are commonly used in the digital display of museum artifacts (such as overlaying dynamic historical scenes), commercial product launches (achieving 3D rotating displays of cars or jewelry), interactive science education in science museums (simulating dynamic processes in the microscopic or macroscopic world), as well as stage special effects and brand marketing scenarios, effectively enhancing immersion and interactivity.

Compared to traditional display methods, 3D holographic projection display cases offer advantages such as: providing a strong visual impact, supporting the combination of virtual and real elements (such as overlaying physical models with virtual animations), and enabling customized content updates through modular design. However, it should be noted that some solutions may have viewing angle limitations (such as non-omnidirectional visibility), while 360-degree holographic display cases can alleviate this problem by optimizing the optical structure.

Answer 6

3D holographic projection display cases (commonly referred to as "holographic cabinets") are high-tech display devices that utilize optical imaging technology to generate suspended, three-dimensional, and interactive virtual images within a transparent cabinet or specific space. They present realistic three-dimensional effects without requiring viewers to wear any 3D glasses and are widely used in commerce, culture, education, and other fields.

I. Core Principles and Technological Essence

The core technology is based on the principles of light interference, diffraction, and refraction. Through ingenious optical design, two-dimensional images are transformed into three-dimensional illusions with a sense of depth.

Imaging Method: Currently, most mainstream commercial holographic cabinets employ reflective holographic imaging technology. A projector or high-definition display screen inside the device (usually located at the bottom or top) plays specially designed three-dimensional content. Light is reflected or refracted by a holographic glass (or a semi-transparent, semi-reflective mirror) placed at a special angle, converging above or in front of the cabinet to form a three-dimensional image suspended in mid-air.

Combining Reality and Virtual Reality: Many holographic display cases are designed with physical display windows, allowing real exhibits (such as jewelry and artifact models) to be placed inside and combined with virtual dynamic images above, creating a "fantasy yet real" display effect that vividly demonstrates the product's structure, working principle, or historical background.

II. Main Types and Characteristics

Based on viewing angle and shape, holographic display cases are mainly divided into three categories:

180-degree holographic display case (single-sided): Suitable for wall placement, flexible in size, easy to install, and the content can be changed at any time. It is a relatively low-cost and widely used entry-level choice.

270-degree holographic display case (three-sided): Usually placed against a wall, viewers can view it from the front and sides, providing a stronger sense of three-dimensionality and immersion. It is particularly suitable for displaying exhibits that require multi-angle observation.

360-degree holographic display case (four-sided/pyramid): Made of transparent glass, this four-sided pyramid structure has the image suspended in the center of the device. Viewers can view it from all angles without any blind spots, offering the strongest sense of technology and visual impact.

Their core advantages include: naked-eye 3D viewing, strong 3D effect with images suspending in mid-air, interactive functions such as touch, stylish and technologically advanced cabinet design, and high customization (size, shape, and content can all be customized).

III. Wide Range of Application Scenarios

With its stunning visual effects and interactivity, 3D holographic projection display cabinets have become an important tool for upgrading traditional display methods:

Commercial Retail and Brand Promotion: Used in shopping malls and specialty stores to display jewelry, watches, luxury goods, and electronic products, highlighting product details through 360-degree rotation and disassembly animations, enhancing the brand's high-end image and appeal.

Museums and Science Museums: Used to display precious cultural relics, scientific principles, or complex models. It protects fragile artifacts while dynamically recreating their original appearance, demonstrating internal structures, or historical scenes, making education and science popularization vivid and intuitive.

Corporate Showrooms and Product Launches: Companies can use them to display complex machinery, architectural plans, environmental processes, or new products. For example, it can visually demonstrate the entire waste disposal process or make the internal workings of a car engine "transparent."

Real Estate & Urban Planning: Used to showcase apartment layouts, overall community planning, and interior design effects, providing clients with an immersive preview experience.

Stage Performance & Theme Entertainment: Used to create virtual character performances and fantasy scenes, delivering stunning visual effects for concerts, stage plays, and theme parks.

IV. Future Development Trends

With technological advancements, holographic display cases are evolving towards greater realism, intelligence, and interactivity. In the future, they may integrate more deeply with Augmented Reality (AR), Artificial Intelligence (AI), and 5G technologies, enabling advanced functions such as real-time remote holographic communication and intelligent content recommendations based on audience behavior, further expanding their applications in fields such as healthcare, education, and remote conferencing.

In conclusion, 3D holographic projection display cases are more than just display tools; they are an immersive experience solution integrating optics, digital content, and interactive design, redefining the standards of visual display and providing powerful innovative means for information delivery and brand building across various industries.

Answer 7

A 3D holographic projection display cabinet is a display device that uses holographic projection technology to present a three-dimensional image combining physical and virtual content.  Primarily used in high-end showrooms and exhibition halls, it provides viewers with a stunning visual experience, easily attracting attention and achieving excellent display results.

Here is some key information about 3D holographic projection display cabinets:

1. Principle and Composition: Based on the principle of beam splitter imaging, it specially processes the three-dimensional model of the exhibit. It mainly consists of a four-sided cone made of transparent material, a beam splitter, and video playback equipment, which can form a freely floating holographic three-dimensional image in the conical space.

2. Display Forms: Available in 180-degree, 270-degree, and 360-degree types, with display forms including equilateral and inverted triangular cones. For example, the 360-degree holographic cabinet (model YL-360GX) features a four-sided transparent cabinet and supports 8K ultra-high-definition rendering, commonly used in science and technology museum themed exhibitions.

3. Features and Advantages: It features a phantom imaging system and stereoscopic 3D projection effects, allowing viewers to immerse themselves in a virtual scene and experience a wonderful combination of reality and illusion. In addition, it boasts ultra-high-definition image quality, 360-degree viewing without blind spots, energy efficiency, and environmental friendliness, making it suitable for various commercial scenarios.

4. Application Scenarios: Widely used in the display of high-end goods such as jewelry, watches, and digital products, as well as in high-end hotels, luxury clubs, real estate, banks, large exhibition halls, science and technology museums, theme parks, tourist attractions, stage performances, and entertainment venues.

5. Price: 3D holographic projection display cabinets are customized products, and the price generally depends on factors such as the size of the equipment and the size of the light source.  Common prices range from 50,000 to 80,000 RMB.

In summary, the 3D holographic projection display cabinet is a high-tech product that integrates technology, art, and commercial display, with broad application prospects.

Answer 8

I. Basic Definition and Principles

A 3D holographic projection display cabinet is a display system that projects three-dimensional images suspended in mid-air within the cabinet. It works based on the principle of beam splitter imaging: by creating a 3D model from real product images and applying special processing, the product image is superimposed onto the scene, creating a dynamic and static three-dimensional display effect. Viewers can see the 3D illusion with the naked eye without wearing polarized glasses, experiencing a strong sense of visual depth.

II. Core Components

The system mainly consists of three parts: the cabinet, the beam splitter, and the video playback equipment.

III. Product Features

Stunning Visual Effects: The three-dimensional images are realistic and vivid, quickly attracting the audience's attention.

Convenient Operation: Supports various media formats such as video, images, and 3D models, allowing for flexible and convenient content updates.

Strong Adaptability: The cabinet design is compact, enabling rich content display within a limited space.

IV. Main Application Scenarios

Commercial Display: Used in shopping malls, exhibitions, and product launches to intuitively present product details and functions, enhancing brand image.

Education and Science Popularization: Displays complex scientific principles, biological anatomical structures, historical reconstruction scenes, etc., making knowledge transfer more intuitive and vivid.

Entertainment and Art: Creates an immersive visual experience in theaters, theme parks, and art exhibitions, enhancing audience engagement.

Cultural Tourism and Guidance: Used for holographic guidance in museums and exhibition halls, allowing visitors to understand the background of exhibits from a new perspective.

Answer 9

A 3D holographic projection display case is a device that uses holographic projection technology to display products or information. It projects three-dimensional images into the air, providing viewers with a realistic and immersive visual experience. Here are some key features and applications of 3D holographic projection display cases:

Features

1. Stereoscopic Vision: Holographic projection can present realistic three-dimensional effects, allowing viewers to see different images from different angles.

2. Interactivity: Some high-end holographic display cases support touch or gesture control, allowing viewers to interact with the projected content.

3. Strong Appeal: Holographic projection has a strong visual impact, attracting the attention of viewers, making it suitable for exhibitions, shopping malls, museums, and other venues.

4. No Screen Limitations: Because the projection is achieved through optical principles, the displayed content is not limited by traditional screens and can be freely displayed in space.

5. Multimedia Support: It can be combined with various media forms such as audio and video to enhance the display effect.

Applications

1. Commercial Display: Used for product display and promotional activities, helping brands enhance their image and attract customers.

2. Education and Training: In educational institutions, holographic projection can be used for teaching, helping students...