Holographic Stage Projection Systems
Virtual On is a leading innovator in Holographic Projection Stage and 3D projection technology providing worldwide services. Our installations stand out for their superior quality and cost-effectiveness, making us a trusted name in the industry. In addition, Virtual On offers a variety of stunning displays to elevate your presentations.
With our Holographic Stage, our skilled team is ready to help transform your ideas into unforgettable presentations. We provide everything necessary to create a mesmerizing experience that will leave a lasting impression on your audience. Since no 3D glasses are required, , everyone can fully experience the magic of hologram technology at your event, presentations, concerts, conferences, holographic lectures, etc .
If you’re looking to incorporate Holographic Technology, Virtual On Virtual On is your go-to partner for captivating your audience, drawing attention at events and exhibitions, or even setting up Holographic Telepresence for lectures and corporate gatherings. Our holographic technology solutions are adaptable to any size or space. From large stages for prestigious ‘Sustainability in Action’ live show to smaller presentations featuring informative presenters at venues like Anderson County Museum, Anderson, South Carolina, we have the expertise to meet your needs.
3D Holographic Projection Technology options:
Pepper’s Ghost effect
The Holographic Stage can incorporate the Pepper’s Ghost effect, given sufficient space. Virtual On’s 3D Holographic Projection System ensure the success of your event, leaving attendees in awe of the captivating effect it creates.
For short-term setups like concerts, exhibitions, or corporate events, HoloNet and Holo Gauze provide practical and cost-effective solutions for 3D projection holograms. Whether you require a pre-recorded film or a Holographic Telepresence event, our team is equipped with the latest audio-visual techniques to deliver an exceptional experience.
HoloNet or Holo Gauze
The Holographic Net, also known as HoloNet or Holo Gauze, is the most common means to display a hologram on stage. It doesn’t take up a lot of room and can produce a spectacular hologram video. The success of the event is assured with Virtual On’s 3D Holographic Projection Systems.
For a permanent installation in a museum, gallery, or exhibition hall, we can design a custom solution tailored to the specific needs of the environment, as well as the space’s size and style. We offer the perfect Hologram Projection Technology System to produce an event with a pre-recorded or Holographic Telepresence movie that creates a memorable experience.
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Benefits of the Holographic HoloNet or Holo Gauze
Pre-Recorded 3D Hologram Event
Typically, the creation of a 3D Holographic Telepresence video involves capturing a presenter, this can be done in two ways:
Recording a comprehensive speech delivered by the speaker (such as a teacher, mentor, or VIP) conveying the complete message. Filming a simulated talk between the presenter and another participant using a predefined script.
After the filming process, additional captivating 3D projection hologram effects can be applied to enhance the holographic appearance, resulting in a futuristic visual experience. This final hologram video will then be showcased on the stage during the event.
3D Holographic Telepresence Technology
Holographic Telepresence can be used in lectures, corporate events, and exhibitions, although the setup process is more intricate compared to a pre-recorded Holographic Show, where the hologram is enhanced with captivating effects for an aesthetically pleasing appearance.
The creation of Holographic Telepresence involves at least two specialized teams working in a studio: one responsible for gathering audio-visual content and the other for delivering the presentation. Project like this requires careful consideration of various technological aspects, and Virtual On possesses the necessary expertise and experience to ensure its successful execution.
Yes, a screen can be transparent! Transparent screens, also known as transparent displays or see-through displays, are designed to display digital content while allowing the viewer to see through the screen to the other side.
These screens use various technologies, such as:
1. Transparent OLED (TOLED): Organic light-emitting diode technology that allows for transparent displays.
2. Micro-LED: A technology that uses tiny LEDs to create a display that can be made transparent.
3. Projection-based: Some transparent screens use projection technology to display images on a transparent surface.
Holographic projections, unfortunately, do not work effectively in direct sunlight. The nature of holographic technology relies on the manipulation of light to create the illusion of three-dimensional images. In bright, direct sunlight, the intensity and angle of natural light can interfere with the projection, making it difficult for the holographic effects to be clearly visible. To ensure optimal performance and visibility, holographic projections are best suited for environments with a low level of light, such as semi-dark or dark places.
The reason for this requirement is that holographic projections rely on the contrast between the projected light and the surrounding darkness to create a vivid and immersive experience. In well-lit environments, especially with direct sunlight, the ambient light can wash out the holographic effects, resulting in reduced visibility and diminished impact. By setting up holographic projections in low-light environments, the contrast between the projected images and the dark background enhances the visual impact, allowing the holographic content to shine and captivate viewers.
It’s important to consider the lighting conditions when planning holographic projection installations to ensure the best possible viewing experience. By choosing suitable venues or adjusting the lighting conditions accordingly, you can create an optimal environment that allows the holographic projections to be showcased in their full glory, captivating audiences and delivering a truly mesmerizing visual spectacle.
HoloNet is coated in silver, which reflects 70% lighter than regular gauze, this makes the images brighter, more vibrant and seem more realistic.
When comparing HoloNet or Holo Gauze mesh to a conventional gauze, it becomes evident why the former stands out as the preferred choice. One of the key factors that make HoloNet exceptional is its silver coating. This unique coating allows HoloNet to reflect an impressive 70% lighter than regular gauze materials. The silver surface enhances the brightness and intensity of holographic images projected onto it, resulting in a visual experience that is truly captivating.
By reflecting a higher percentage of light, HoloNet creates holographic displays that are noticeably brighter and more vibrant. The vividness of the images, combined with the high reflectivity of the silver coating, ensures that holograms appear strikingly realistic and lifelike. Whether it’s a product demonstration, an artistic performance, or an educational presentation, HoloNet’s enhanced reflectivity adds a new level of immersion and engagement.
The exceptional qualities of HoloNet are especially evident in environments where ambient lighting may pose a challenge. The high reflectivity of the silver coating helps to overcome these challenges by maintaining the integrity and brilliance of holographic projections even in well-lit settings. This makes HoloNet particularly well-suited for a wide range of applications, from trade shows and exhibitions to theatrical performances and corporate events.
When it comes to comparing HoloNet or Holo Gauze mesh with a conventional gauze, there are distinct advantages that set them apart. One notable difference is that HoloNet is coated in silver, enabling it to reflect an impressive 70% lighter than regular gauze. This unique characteristic enhances the overall visual experience by making holographic images appear brighter, more vibrant, and remarkably realistic. The silver coating of HoloNet elevates the quality of holographic displays, creating an immersive environment that captivates audiences and brings content to life with stunning clarity. Choose HoloNet or Holo Gauze mesh for a superior holographic projection solution that delivers unrivaled brightness and visual impact.
HoloNet is fully reusable and we currently have one that has been in use for almost 2 years. However, due to the use of a silver coating on the weave it is expected that if a HoloNet is left rigged for a long period of time it may change colour tarnish slightly but this does not damage the hologram effect.
When it comes to the longevity of HoloNet or Holo Gauze mesh, you’ll be pleased to know that it is fully reusable and can provide a prolonged lifespan. In fact, we currently have a HoloNet that has been in use for nearly 2 years, showcasing its durability and longevity.
It’s important to note that HoloNet features a silver coating on the mesh weave, which contributes to its exceptional reflective properties. Over time, if a HoloNet is left rigged for an extended period, there may be a slight change in colour or tarnishing on the surface. However, it’s essential to understand that this natural occurrence does not impact the hologram effect or damage the overall performance of the projection. With proper care and maintenance, HoloNet can continue to deliver impressive holographic displays for an extended period. Following recommended storage and handling guidelines, as well as utilizing appropriate installation techniques, will help ensure the longevity of your HoloNet mesh.
Should you have any further inquiries regarding the lifespan of HoloNet or Holo Gauze mesh, feel free to contact us. We are here to provide you with the necessary information and support to make the most of this innovative holographic projection technology.
If you’re considering using HoloNet or Holo Gauze mesh with rear projection, the answer is yes, it is possible. However, it’s important to note that the image brightness achieved through rear projection will not be as vibrant as when using front projection techniques.
When utilizing rear projection with HoloNet or Holo Gauze mesh, the projection is positioned behind the mesh screen, creating a unique visual effect. While this setup can still produce captivating holographic displays, it’s important to manage your expectations regarding image brightness.
If you have specific requirements or need further assistance in determining the best projection method for your holographic display, our team of experts is here to provide guidance. We can help you explore the various possibilities and find the optimal solution that aligns with your vision and requirements.
Feel free to reach out to us for more information or to discuss your specific needs. We’re dedicated to providing you with the best solutions for your holographic projection projects.
Holograms are best viewed in a darkened space where lighting can be controlled. However, depending on the projector’s brightness and ambient light levels, holograms can still be viewed in slightly lighter environments. Finding the right balance is crucial to maintain visibility and enhance the holographic effect. At Virtual On, we can provide guidance on lighting setup and offer tailored solutions for optimal holographic viewing experiences. Contact us to discuss your specific needs and create captivating holographic displays that leave a lasting impression.
The number of projectors required for HoloNet / Holo Gauze mesh depends on the desired setup. Typically, a basic HoloNet configuration can be achieved with just one projector. However, if you aim for a larger image size or increased brightness, you have the option to blend multiple projectors together. The choice of projector depends on the specific staging environment. If there is ambient light present in the area where you plan to display the hologram, a more powerful projector would be necessary. On the other hand, if you are working with a smaller HoloNet setup in a nearly blacked-out room, a smaller projector can suffice. Our team at Virtual On can provide guidance on selecting the appropriate projector for your HoloNet display, taking into consideration your specific requirements and environmental conditions.
The HoloNet/Holo Gauze mesh offers a 360-degree view of holographic images, but the front angle provides the most vibrant display. While the image can be seen from both sides, the front view is optimized for the best experience. However, optimal viewing angles may vary depending on the setup, lighting, and environment. At Virtual On, we prioritize finding the perfect position to maximize the hologram’s impact.
Yes, the HoloNet / Holo Gauze mesh is specifically designed to be flame retardant, ensuring safety and peace of mind during its usage. This important feature provides an added layer of protection in environments where fire safety is a priority. By incorporating flame retardant properties into the fabric, the HoloNet / Holo Gauze undergoes rigorous testing and meets industry standards for fire resistance. This means that it is less susceptible to igniting or spreading flames in the event of a fire, reducing potential hazards and ensuring a higher level of safety.
To rig the HoloNet / Holo Gauze mesh, it is equipped with convenient eyelets along its perimeter. These specially designed eyelets serve as attachment points for securing the mesh using cable ties or bungee ties. By utilizing these fastening methods, the HoloNet / Holo Gauze can be easily and securely affixed to a truss or scaffolding structure.
The inclusion of eyelets simplifies the rigging process, allowing for efficient installation and ensuring a smooth and taut display surface. By utilizing cable ties or bungee ties, the HoloNet / Holo Gauze can be securely fastened, providing stability and preventing any unwanted movement during operation.
At Virtual On, we understand the importance of a seamless and hassle-free rigging process. The HoloNet / Holo Gauze’s eyelets and compatibility with cable ties or bungee ties provide a practical solution for easily and securely mounting the mesh, allowing you to create captivating holographic experiences with confidence and precision.
HoloNet / Holo Gauze mesh screens offer incredible flexibility when it comes to sizing. These screens can be customized and adjusted to practically any dimension, allowing you to create immersive holographic displays tailored to your specific needs.
Whether you require a small-scale holographic projection or a large, expansive presentation, the HoloNet / Holo Gauze mesh screens can be seamlessly adapted to fit your desired size. This adaptability ensures that you have the freedom to design and implement holographic experiences that perfectly suit your venue, event, or installation.
By offering a wide range of sizing options, HoloNet / Holo Gauze empowers you to unleash your creativity and explore the full potential of holographic technology. From intimate settings to grand stages, the adjustable nature of these screens enables you to craft captivating holographic displays that leave a lasting impression on your audience.
Virtual On understands the importance of providing versatile solutions, and our HoloNet / Holo Gauze mesh screens deliver exactly that. With the ability to customize sizes according to your specifications, you can unlock the full potential of holographic projections and create truly memorable experiences.
When it comes to installing the HoloNet / Holo Gauze mesh, the amount of space required largely depends on the size of the screen you wish to use. In general, for a human-size projection, Virtual On recommends a minimum area of 7×3 meters. This provides ample room for the holographic display to come to life and captivate your audience.
However, it’s important to note that there are no strict restrictions on how large the installation can be. The flexibility of HoloNet / Holo Gauze allows for scalability, meaning you have the freedom to create larger-than-life holographic experiences if desired. Whether you’re planning an intimate showcase or a grand-scale production, the size of the installation can be customized to suit your specific requirements and venue limitations.
Virtual On understands that every project is unique, and we work closely with our clients to ensure that the HoloNet / Holo Gauze installation seamlessly fits within their available space. Our team of experts will guide you through the process, taking into account factors such as venue dimensions, audience viewing angles, and overall aesthetic considerations to create an optimal holographic experience.
With the HoloNet / Holo Gauze, you can transform any space into a captivating and immersive holographic environment, whether it’s a small exhibition booth, a conference room, or a large event venue. By providing the minimum space requirements and offering flexibility in sizing, Virtual On ensures that you have the freedom to bring your holographic visions to life in a way that suits your unique needs and exceeds your audience’s expectations.
To install a Holographic Stage, you’ll need three key elements: the HoloNet, a projector, and a black background. The HoloNet is a transparent mesh screen that displays holographic images. The projector delivers vibrant visuals onto the HoloNet, while the black background enhances the holographic illusion. These components work together to create an immersive holographic experience. Additional equipment like audio systems and lighting setups can further enhance the stage. At Virtual On, we provide comprehensive solutions and expert guidance to bring your holographic vision to life.
Holo Gauze mesh is a specialized screen designed for Holographic Projections. Unlike traditional holographic reflection systems, Holo Gauze utilizes a direct projection approach, which simplifies the installation process significantly. The Holo Gauze mesh itself is a finely woven fabric that is carefully constructed to allow projected images to pass through while maintaining the integrity of the holographic effect.
The unique advantage of Holo Gauze is its simplicity and versatility. By eliminating the need for complex reflection setups, Holo Gauze offers a more straightforward and user-friendly solution for creating captivating holographic displays. It can be easily mounted onto frames or structures, providing a seamless surface for projection.
At Virtual On, we specialize in Holo Gauze technology and provide comprehensive solutions for incorporating it into your projects. Whether it’s for advertising, entertainment, or educational purposes, Holo Gauze offers a captivating platform for bringing your holographic visions to life. Our team of experts can guide you through the process, from selecting the right equipment to installation and content creation, ensuring a seamless and impressive holographic experience.
Holo Gauze or HoloNet mesh is a specialized screen utilized in Holographic Projections. Once installed, it becomes virtually invisible to the naked eye, allowing the projected holographic content to take center stage. The transparent nature of the mesh ensures that the holographic images appear seamless and captivating to viewers. At Virtual On, we offer expertise in working with Holo Gauze and HoloNet, providing comprehensive solutions for integrating these screens into your holographic projects.
Certainly! Homemade holograms can be created with the right equipment and knowledge. It is possible to make holograms using powerful projectors and expertise in video creation. Various techniques may involve the utilization of moving mirrors, lenses, and screens to achieve the desired holographic effect.
Certainly! A hologram is a three-dimensional visual representation of an object that appears to float in space, even though it is not physically present. The word “hologram” is derived from the Greek words “holos,” meaning whole, and “gramma,” meaning message or image. It is a fascinating optical phenomenon that allows us to see objects in a way that goes beyond traditional two-dimensional images.
Unlike regular photographs or videos that capture only the surface appearance of objects, holograms preserve information about the light’s intensity and phase. This unique property enables them to reconstruct a full three-dimensional image when viewed under the appropriate lighting conditions. The process of creating a hologram involves using laser light to record an interference pattern formed by the interaction of light waves scattered from the object and a reference beam.
A reflective panel of glass is set on a stage and angled down toward a hidden booth. When the hidden booth is illuminated, it reflects an image onto the pane of glass, which then reflects the image toward the audience. At eye level, this image would look squished (remember, the glass is angled).
Yes, Holographic technology can revolutionize university and college education by bringing experts, mentors, and VIPs to the stage – virtually. With pre-recorded or live presentations, institutions can connect students with global thought leaders, enhancing the learning experience and expanding educational opportunities beyond physical boundaries.
Holographic lectures are revolutionizing education and beyond, offering immersive experiences that transport audiences into new dimensions of learning and engagement. By recording experts as holograms, these lectures create a lifelike presence, transforming how information is shared and absorbed.
A Holographic Lecture is a cutting-edge and captivating method of communication, where an audiovisual representation of a person is projected from a remote location to deliver a lecture or presentation. This advanced technology enables the speaker, who may be physically distant, to appear as a realistic and lifelike holographic image on a stage or holographic display.
The process of creating a Holographic Lecture involves using specialized equipment and software to record the speaker’s appearance, voice, and movements in high detail. This recorded data is then processed to generate a 3D holographic projection that accurately replicates the speaker’s likeness and movements.
The difference between Telepresence and Teleconference lies in their functionalities and the level of immersion they provide in remote communication settings.
Teleconference, also known as Video Conferencing, is a communication method that enables individuals or multiple participants to engage in audiovisual interactions using portable devices such as computers, mobile phones, or tablets. This technology allows people from different locations to connect in real-time through the internet. Participants can see and hear each other, making it ideal for various purposes, including professional meetings, family gatherings, social interactions, or leisure activities. Teleconferences involve the use of cameras and microphones on the devices to capture video and audio, which are then transmitted over the internet to facilitate communication.
Telepresence allows you to feel present in a different location through technologies like video conferencing, robotics, or VR, enabling remote interaction and collaboration. It enables remote participation, collaboration, interaction and also bridges geographical gaps, enhancing communication and collaboration.
Absolutely! The HoloNet, also known as Holo Gauze, can indeed be utilized outdoors, but it is essential to consider some specific precautions and limitations. When setting up the HoloNet in an outdoor environment, certain factors need to be taken into account to ensure optimal performance and longevity.
First and foremost, it is crucial to protect the HoloNet from moisture, such as rain or dew, as water can damage the delicate projection surface and impact the quality of the holographic projection. To safeguard against this, it is advisable to set up the HoloNet in a covered or sheltered area, away from direct exposure to rain or wet conditions.
A 3D Projection HoloNet, also known as Holo Gauze or Holographic Screen, is a versatile and flexible mesh material with exceptional light-reflecting properties. Despite common misconceptions found on the internet, it is important to note that the HoloNet is not specifically designed for displaying true 3D content; rather, it is optimized to achieve a captivating “Holographic Effect” with carefully developed 2D video content.
The HoloNet serves as a transparent surface that becomes almost invisible when not in use, allowing the projected content to appear as if it is floating freely in the air, creating a mesmerizing hologram-like illusion. This remarkable effect is achieved through a combination of precisely engineered video content and the reflective capabilities of the HoloNet
A Hologram Mesh Stage, also known as Holographic HoloNet, pertains to the specific type of screen utilized for holographic projections. The terms Mesh, Net, or Gauze all refer to the same type of screen, which is often stretchable, offering popularity due to its durability and ease of installation. One of the key advantages of using a Hologram Mesh Stage is its ability to significantly reduce the required equipment, making it a practical and scalable solution for creating captivating holographic displays on stage.
Absolutely, holograms can play a significant role in the educational setting of universities and colleges. They offer a cutting-edge and innovative approach to enhance the learning experience and engage students in a unique way. Holographic technology enables the creation of lifelike, three-dimensional images or recordings of teachers, experts, mentors, or VIPs from different parts of the world.
Imagine a scenario where a renowned professor or industry expert is invited to deliver a guest lecture at a university. Instead of physically traveling to the campus, the expert’s hologram can be projected onto the stage, creating a lifelike and interactive presence. This not only saves time and travel expenses but also provides an immersive and engaging experience for both the speaker and the audience.
When preparing video content for any Holographic Device, it’s crucial to ensure that the background is black and that the overall visual presentation avoids appearing flat. The key to achieving a captivating and convincing holographic illusion lies in the dynamic movement and manipulation of the displayed object. By incorporating constant motion and controlled spinning, the visual elements create a sense of volume and depth that effectively tricks the viewer’s eye into perceiving a lifelike and three-dimensional appearance. This strategic approach in content creation enhances the illusion’s realism, contributing to a mesmerizing and immersive holographic experience that captures the imagination of the audience.
The Holographic Screen serves as a tangible interface, either in a rigid or flexible form, designed to effectively manipulate light by concealing the black colour. Through precise calibration, this screen becomes a canvas capable of projecting objects, whether they be real human figures or animated elements, in a manner that separates them from their original background. This specialized setup creates an intriguing illusion where the displayed object appears to be suspension floating freely, seemingly detached from any supporting surface.
Interesting……
Currently, creating a genuine visual effect of video content suspended in mid-air remains a technological challenge. Despite advancements in holographic and projection technologies, achieving a truly immersive, free-floating display is still beyond our capabilities. The technical limitations and complexities of current display technologies impose significant constraints, making it difficult to perfectly replicate video content in a seamless, three-dimensional space.
A true hologram, in the sense of seamlessly projecting a video image from one location to another, is not currently attainable. However, the creation of a holographic effect can be achieved through various methods, contingent upon factors such as space, size, and environmental conditions. At Virtual On, we primarily employ two techniques for generating this effect, namely direct transmission and reflection. These methods enable us to craft captivating illusions that simulate holographic visuals, offering a range of options tailored to different contexts and spatial considerations.
It is very easy.
Updating content is an effortless process. All that’s required is to insert the SD card containing the new video content into the designated slot, and the device will promptly initiate the playback of the freshly loaded material. This streamlined procedure ensures that your desired content is seamlessly integrated and presented to your audience without any complications.
Certainly.
You can either have our team handle the video creation process or do it in-house with your own video team. However, since each display requires a unique video approach, having the right expertise is crucial for a seamless user experience. We strongly advise leveraging our extensive experience to create high-quality video content. Even top-notch video production companies may lack the specific know-how, which can result in subpar experiences or costly reworks.
Certainly.
You have the flexibility to establish connections with external devices, leveraging the suitable connections provided by the equipment. Whether it’s a laptop, a media player, or another compatible device, the versatility of the device’s connectivity options empowers you to seamlessly integrate diverse sources of content and enhance the overall viewing experience.
No. The necessity calls for a 2D file format, such as AVI, MP4, WMV, or analogous types. While 3D video formats are utilized for animating purposes, they necessitate conversion to a 2D format, commonly MP4, for seamless playback on the devices. This guideline is further elaborated upon within the specific catalog.
Yes.
The media player will continuously loop through the supported files on the SD card, playing them in a sequence. This is likely useful for applications like digital signage, exhibitions, or other scenarios where a continuous video loop is desired.
The majority of our exhibits, including Digital Signage, Holographic Display, Magic Mirror, Transparent Display, and Virtual Mannequin, offer compatibility with common video formats such as: MP4, WMV, AVI, and MPEG.
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