[The company can provide usage plans and installation services based on the customer's specific needs.]

　　Phantom imaging combines optical projection techniques based on "realistic set design" and "virtual imagery," projecting captured images—whether of people or objects—onto the main model landscape within a specially designed scenic box, vividly demonstrating the progression of a story. With its lifelike visuals and mesmerizing, otherworldly effects, this technology delivers an exceptionally intuitive experience that leaves a lasting impression. Comprising a three-dimensional model scene, advanced lighting systems, optical projection equipment, film and video playback systems, computer-based multimedia setups, high-quality audio systems, and sophisticated control mechanisms, it can realistically showcase large-scale environments, intricate production lines, and even massive products with remarkable detail.

　　Holographic Imaging Principle: Holography is a technology that uses the principles of interference and diffraction to record and reconstruct the wavefront of light emitted by an object. The first step involves capturing the object’s light-wave information through interference—this is essentially the recording process, where the object is illuminated by laser light, producing a diffuse object beam. Meanwhile, another portion of the laser serves as a reference beam, which overlaps with the object beam to create interference patterns. These patterns encode both the phase and amplitude of light waves from every point on the object into spatially varying intensity distributions, effectively preserving all the object’s optical information within the intricate network of interference fringes. After the holographic film undergoes developing and fixing processes, it transforms into a hologram—or, more precisely, a holographic photograph. The second step leverages the principle of diffraction to reconstruct the original light-wave information, marking the imaging process. A hologram functions like a complex optical grating; when illuminated by coherent laser light, a linearly recorded sinusoidal hologram typically produces two distinct images: the original image (also known as the primary image) and its conjugate image. The reconstructed images exhibit remarkable depth and realism, delivering a truly immersive visual experience. Interestingly, each individual section of the hologram contains complete information about every point on the original object. This means that, in theory, any part of the hologram can independently recreate the entire image of the object. Moreover, by employing multiple exposures, it’s even possible to record several distinct images onto a single holographic plate—each one appearing clearly and without interfering with the others. Thanks to holographic projection technology, people located far apart can now "meet face-to-face" in real time, creating a truly astonishing and transformative communication experience.

01. Specifically developed for special environments such as stages, large theaters, and multi-functional hall command centers;

02. Simple and elegant, precisely positioned, serene and smooth, lightweight for easy installation;

03. Metal outer tube with finely crafted, elegant surface treatment; features a simple installation structure, allowing for wall mounting or overhead suspension.

04. Subtle diffuse reflection optical structure delivers clear and natural image reproduction;

05. Numerous unparalleled advantages, including high clarity, strong-light resistance, lightweight design, and excellent anti-aging performance;

06. Radiation-free, high-definition screen with clear imaging, rich colors, and a wide field of view—greatly reducing visual fatigue;

07. Custom sizes can be accommodated upon special request.