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It is ideal for exhibitions, trade shows, retail displays, product launches, corporate events, museums, and experiential marketing campaigns where an eye-catching and engaging display is needed.

The hologram cylinder can display logos, animated 3D models, promotional messages, product demonstrations, interactive content, and more, making it highly versatile for branding and marketing.

Using high-speed rotating LED technology and special visual effects, the cylinder generates a 3D holographic illusion that appears to be suspended in mid-air. This captivates audiences from every angle without the need for special glasses.

The 3D Hologram Cylinder is an advanced 360-degree holographic display that creates floating, high-definition visuals. It allows brands to showcase products, messages, or animations in a unique and immersive way.

While Transparent OLED Screens work best in controlled lighting environments, they perform well in various lighting conditions. However, excessive brightness from surrounding areas may affect visibility.

  • Captivating Visuals – Combines real-world objects with digital content for a unique effect.
  • Modern & Sleek Design – A futuristic and elegant display solution.
  • Interactive Capabilities – Can be integrated with touch technology for interactive experiences.
  • Space-Saving – A lightweight, frameless design that blends seamlessly into environments.

Yes! The Transparent OLED Screen provides high-resolution, full-colour visuals, ensuring vibrant and dynamic content while maintaining transparency.

Unlike traditional screens, which require a solid backing, Transparent OLED technology emits light through self-illuminating pixels, allowing images and videos to be displayed while maintaining transparency.

Unlike traditional screens, which require a solid backing, Transparent OLED technology emits light through self-illuminating pixels, allowing images and videos to be displayed while maintaining transparency.

The AI Avatar Assistant is an interactive digital character powered by artificial intelligence. It can engage in real-time conversations, respond to user inquiries, and enhance customer interactions across various platforms, including screens, transparent surfaces, and holographic displays.

The avatar uses advanced conversational AI technology to understand speech, process questions, and deliver natural, human-like responses. It can be customized to align with your brand’s tone and messaging.

The AI Avatar Assistant is ideal for exhibitions, retail spaces, corporate events, museums, trade shows, hospitality, and customer service applications. It can be integrated into digital kiosks, holographic displays, or virtual environments.

The AI Avatar Assistant can be programmed to communicate in multiple languages, allowing businesses to engage with diverse audiences worldwide.

Yes, depending on the AI model used, the avatar can utilize machine learning to enhance its responses over time, making interactions more natural and effective.

Certainly, without a doubt! Our collection of 3D Anamorphic Illusion Videos possess inherent versatility, enabling the provision of a fully interactive encounter meticulously customized to align precisely with the distinctive demands of your project. This adaptability ensures that the final outcome is finely tuned to captivate and engage your audience, ultimately delivering a dynamic and impactful experience.

Absolutely!

The Portable & Virtual Escape Box is highly customizable to fit your unique needs and preferences. You can tailor your experience by personalizing video, audio, printed materials, and storyline. This flexibility allows you to create an immersive experience by incorporating pre-recorded videos, audio clips, and interactive printed elements like clues and puzzles. With these options, you can enhance the gameplay and storytelling, making it a truly engaging experience.

The AR Photo Booth screen is normally 75 inches but it can be larger, it is totally flexible.

The screen kiosk of the Augmented Reality Photo Booth is designed to provide an immersive and visually captivating experience. As a standard configuration, the screen size is set at an impressive 75 inches, ensuring a large and vibrant display that engages participants. This generous screen size creates a dynamic canvas for augmented reality effects and enhances the overall visual impact of the photo booth.

However, it’s important to note that the flexibility of the Augmented Reality Photo Booth allows for customization based on specific requirements. If desired, the screen kiosk can be further expanded beyond the standard size. This flexibility allows for adapting the setup to different event spaces or accommodating specific preferences.

With the potential for expansion, the Augmented Reality Photo Booth offers versatility and the ability to create a visually stunning and engaging experience that is tailored to the unique needs and preferences of your event and adds excitement and enjoyment to any occasion.

While the ideal usage of the AR Photo Booth is generally recommended for a couple of people at a time, the specific capacity can vary depending on the animation being used.

The Augmented Reality Photo Booth is recommended for usage with a smaller group of participants at a time to ensure an immersive and interactive experience. This allows individuals to have sufficient space and visibility to fully engage with the augmented reality elements, resulting in memorable and enjoyable moments captured through the photo booth. While the ideal capacity is a couple of people, it’s important to consider the specific animation being used, as some animations may accommodate larger groups for simultaneous participation. By assessing the animation and available space, you can determine the optimal number of participants for a successful Augmented Reality Photo Booth experience, striking a balance between group size and interactive elements to provide personalized and engaging encounters.

XR, short for Cross Reality, is a form of ”Mixed Reality” that combines elements of both the physical and virtual worlds. XR encompasses the fusion of computer-generated technology and wearable devices to create a seamless and captivating user experience.

By integrating virtual reality (VR), augmented reality (AR), and other immersive technologies, XR blurs the boundaries between the real and virtual environments. This convergence enables users to interact with computer-generated elements and digital content within their physical surroundings. Wearable devices, such as headsets, glasses, or haptic feedback systems, play a crucial role in XR experiences by providing the means to perceive and engage with the virtual components of the mixed reality environment.

The versatility of XR allows users to explore and engage with interactive digital content, manipulate virtual objects, or even interact with virtual characters while still being aware of their physical surroundings. This technology opens up a wide range of possibilities across various domains, including entertainment, gaming, education, healthcare, and industrial applications.

XR provides users with a captivating and immersive experience that combines the best aspects of both the physical and virtual realms. This technology continues to evolve, offering exciting opportunities for innovative and transformative applications in our increasingly digital world.

In the realm of immersive technologies, XR, or Cross Reality, is a term that encompasses various immersive realities, including Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR). The ‘X’ in XR functions like a variable in mathematics, representing a broad range of possibilities within this immersive spectrum.

Virtual Reality (VR) refers to a fully immersive digital experience where users are transported to a completely virtual environment. With VR, users wear headsets that block out the physical world and provide a simulated reality, allowing for a deep sense of presence in a computer-generated environment.

Augmented Reality (AR), on the other hand, overlays virtual content onto the real world, enhancing the user’s perception of reality.

Mixed Reality (MR) represents a spectrum that lies between the virtual and real worlds. MR combines elements of both VR and AR, allowing for a more dynamic and interactive experience. In MR, virtual content is not only overlaid onto the real world but also interacts with and responds to the physical environment in real-time.

Extended Reality XR is a term that encompassing a range of immersive technologies, including Augmented Reality (AR), Virtual Reality (VR) and Mixed Reality (MR) technologies. Extended Reality refers to the fusion of these technologies to create immersive and interactive experiences that extend beyond traditional reality.

Augmented Reality (AR) enhances the real world by overlaying virtual elements, such as graphics, information, or objects, onto the user’s physical environment.

Virtual Reality (VR) offers a fully immersive experience by creating a simulated reality that transports users to entirely virtual environments. VR technology utilizes headsets and devices to completely immerse the users.

Mixed Reality (MR) combines elements of both AR and VR, allowing users to interact with virtual objects or content that is integrated and anchored within the real world.

Extended Reality (XR) is an umbrella term that encompasses a range of immersive technologies, including  Virtual Reality (VR),  Augmented Reality (AR) and Mixed Reality (MR): Blends digital and physical elements, allowing interaction between the two. XR technology aims to enhance human experience by merging the digital and physical worlds, creating new opportunities for entertainment, education, training, and more.

When it comes to VR video formats, the most commonly used formats are MP4 (MPEG-4) and MKV (Matroska Video). These formats are widely supported and compatible with various VR platforms and devices. Many VR videos can be found in these formats, including content available on platforms like YouTube VR and Facebook 360. You can also watch 4K 360 video online with flash video format like FLV, WebM, MPEG, etc.

MP4 and MKV are versatile video container formats that can store not only the video but also audio, subtitles, and other multimedia elements. They provide efficient compression while maintaining high-quality playback, making them suitable for VR content distribution. These formats are often used for both 360-degree videos and traditional non-360 videos that are optimized for VR viewing.

Other video formats that can be used for VR experiences include Flash Video (FLV), WebM, and MPEG formats which are commonly employed for online streaming of 4K 360-degree videos. These formats offer different compression algorithms and playback capabilities, allowing users to enjoy immersive VR content in high resolutions.

It’s worth noting that the compatibility of video formats may vary depending on the specific VR platform, software, or device being used. It’s always advisable to check the recommended video format and specifications provided by the target VR platform or device to ensure optimal playback and compatibility.

Note: It’s important to keep in mind that VR video formats can vary depending on the platform, device, and specific requirements. The formats mentioned in the answer are commonly used but may not cover all possible VR video formats.

While 3D refers to the three-dimensional nature of visual content, VR goes beyond this by creating a simulated environment that can be explored and interacted with. So, although they both share some commonalities, they are distinct concepts, VR encompasses a broader range of immersive experiences beyond just 3D visuals or 360-degree videos.

In VR, users experience a sense of realism to the visual content. This can involve wearing a VR headset that displays stereoscopic images to create the perception of depth and dimension. VR systems often use computer displays or entire rooms equipped with sensors and tracking technology to create a sense of presence and the illusion of being physically present in a virtual world.

The 3 main types of VR include; Non-Immersive VR, Semi-Immersive VR and Fully Immersive VR

  1. Non-Immersive VR: Non-immersive VR, also known as desktop or screen-based VR, provides a basic level of virtual reality experience through a computer screen or a mobile device. Users can interact with a virtual environment using input devices such as a keyboard, mouse, or game controller. However, the sense of immersion is limited as the user remains aware of the physical world around them.
  2. Semi-Immersive VR: Semi-immersive VR offers a more immersive experience compared to non-immersive VR. It typically involves the use of head-mounted displays (HMDs) that cover the user’s field of view and provide a more immersive visual experience. Users may also have access to additional input devices, such as handheld controllers, to interact with the virtual environment. While the level of immersion is increased, users may still be aware of the physical space they are in.
  3. Fully Immersive VR: Fully immersive VR provides the highest level of immersion and is designed to transport users into a completely virtual world. This type of VR often involves high-end HMDs, such as those with positional tracking and motion controllers, to accurately track the user’s head and hand movements. Fully immersive VR can create a convincing sense of presence, where users feel completely immersed in the virtual environment and can interact with it in a natural and intuitive manner.

The purpose of virtual reality (VR) extends beyond mere entertainment and education, encompassing a wide range of applications and benefits. VR technology aims to create immersive experiences that deeply engage users in virtual environments, providing unique opportunities for various industries and fields.

One of the primary purposes of VR is to enhance education and training. By immersing users in realistic simulations, VR enables experiential learning in fields such as medicine, aviation, engineering, and more. Students and professionals can practice complex procedures, scenarios, and skills in a safe and controlled virtual environment.

Furthermore, VR serves as a powerful tool for entertainment and media experiences. Users can explore virtual worlds, interact with virtual characters and objects, and experience narratives in a more immersive and impactful way. VR also finds applications in areas such as architecture, design, healthcare, psychology, and more. For example, architects can use VR to visualize and present designs in a more interactive and realistic manner.

Certain VR headsets are not suitable for individuals under the age of 12. Due to the potential presence of small components, it is advisable to have an adult accompany the child during usage.

To ensure a safe VR experience, limit sessions to 30 minutes, take breaks to stay aware of your surroundings, and listen to your body for signs of discomfort or disorientation. This helps prevent potential safety concerns and maintains a comfortable experience.

One of the features of Virtual Reality is to trick your mind into believing things you see in a VR world to be real. Some claim that can cause several psychological effects and neurons responsible for memory creation are reportedly disturbed during a VR session.

Over the years, the cost of Virtual Reality (VR) technology, especially in the realm of PC-based gaming, has been steadily decreasing, making it more affordable and accessible to a wider audience. Advancements in hardware and manufacturing processes have contributed to the reduction in prices of VR headsets, controllers, and other necessary equipment. This has made it easier for enthusiasts and gamers to enter the world of VR without breaking the bank.

Furthermore, the rise of Mobile VR has also played a significant role in making VR more affordable. With the availability of smartphones and dedicated VR platforms, such as Google Cardboard or Samsung Gear VR, individuals can experience VR on their mobile devices at a lower cost compared to high-end PC-based systems. While mobile VR may not offer the same level of graphical fidelity and performance as PC-based VR, it still provides access to a wide range of games and immersive video content, allowing users to explore VR experiences on a budget.

It’s important to note that the affordability of VR is subjective and can vary depending on individual preferences and budget constraints. While the overall cost of entry into VR has decreased, higher-end VR systems with advanced features and capabilities may still come with a higher price tag. However, with the increasing competition in the market and ongoing technological advancements, the trend suggests that VR technology will continue to become more affordable and accessible to a larger audience in the future.

Virtual Reality (VR) offers a captivating and immersive experience that is worth considering for anyone interested in exploring the virtual world. One of the main reasons why VR is worth getting is the availability of some of the best games and experiences this generation has to offer. VR gaming provides a unique level of immersion and interactivity that traditional gaming cannot match. From thrilling action-packed adventures to thought-provoking storytelling experiences, VR games offer a wide range of genres and experiences that cater to different interests and preferences.

In addition to the games themselves, VR provides innovative controls that enhance the level of immersion and interaction. With motion controllers, users can physically interact with the virtual environment, adding a new dimension of realism and agency to their experiences. This level of control and engagement opens up endless possibilities for creative gameplay mechanics and innovative game design.

Potential effects.

When it comes to the potential effects of using a VR headset, particularly on the eyes, it’s important to consider individual factors and take proper precautions. While some people may experience adverse effects such as headaches and eyestrain, it is important to note that these effects are not necessarily inherent to VR technology itself. Instead, they are more likely to be experienced by individuals who already have weak eye movement and control.

VR technology relies on tricking the brain into perceiving a virtual world, and this can lead to a phenomenon called “vergence-accommodation conflict.” This conflict can strain the eye muscles and potentially cause discomfort or fatigue.

However, it’s important to recognize that VR technology has significantly evolved, and modern VR headsets often incorporate features to mitigate potential eye strain. These include improved display technologies, such as higher resolution and refresh rates, as well as adjustable lenses that allow users to optimize the image clarity according to their individual visual needs.

While Virtual Reality (VR) can offer immersive and exciting experiences, it’s important to be aware of potential risks and take necessary precautions. One of the dangers associated with VR usage is the risk of physical injuries. Due to the immersive nature of VR, users may become disoriented or lose awareness of their surroundings, which can result in accidentally colliding with objects or tripping over obstacles.

In addition to the risk of physical injuries, there are also potential side effects that can occur after prolonged use of VR devices. These side effects may include headaches, eye strain, dizziness, or nausea. Not everyone experiences these side effects, and they can vary in intensity depending on the individual’s susceptibility and the specific VR content being used.

It’s worth noting that VR technology is continuously advancing, and newer devices are being designed with improved comfort, ergonomics, and safety features. Manufacturers are also investing in research to better understand and mitigate potential risks associated with VR usage. Additionally, users can further enhance their safety by following guidelines provided by VR device manufacturers and being mindful of their own physical limitations and any pre-existing medical conditions.

VR has various applications, including:

– Gaming: Immersive experiences that simulate real-world or fantastical environments.
– Education: Interactive learning experiences that simulate real-world scenarios or historical events.
– Training: Simulated environments for professionals, such as pilots, surgeons, or military personnel.
– Therapy: Exposure therapy for anxiety disorders or PTSD.

A Virtual Reality (VR) set, also known as a VR headset, is a device that provides an immersive experience, transporting users to a virtual world. The key components are:

1. Head-mounted display (HMD): A wearable device with screens for each eye.
2. Sensors: Track head movements, ensuring a seamless experience.
3. Controllers: Handheld devices for interacting with virtual objects.

VR can feel incredibly immersive, with sensations like presence, movement, and interaction that can evoke strong emotions. You might feel like you’re actually there in the virtual environment, with a sense of scale and perspective that’s hard to achieve with traditional screens.

The purpose of Virtual Reality (VR) extends beyond simply creating an immersive world for education and entertainment. VR technology offers a wide range of applications and benefits across various industries and fields.

One key purpose of VR is to enhance education and training. By creating realistic and interactive simulations, VR enables immersive learning experiences. It allows students and professionals to explore complex concepts, practice skills, and engage in hands-on training in a safe and controlled environment.

VR also serves as a powerful tool for entertainment and media. It offers users a unique and captivating way to engage with digital content, such as games, movies, and virtual experiences. VR gaming, in particular, provides players with an unprecedented level of immersion, enabling them to step into virtual worlds and interact with the environment and characters in a more engaging and realistic manner.

Furthermore, VR has practical applications in industries such as architecture, engineering, and design. It allows professionals to visualize and manipulate 3D models and prototypes, aiding in the design and planning process. VR also facilitates virtual walkthroughs and client presentations, providing a realistic preview of architectural or product designs before they are brought to life.

Overall, the purpose of VR goes beyond entertainment and education. It serves as a versatile tool that can revolutionize industries, offering immersive experiences, realistic simulations, and practical solutions in areas ranging from education and training to design and beyond.

Virtual Reality (VR) is a computer-generated simulation of a three-dimensional environment that can be experienced and interacted with in a seemingly real or physical way. By wearing a VR headset or using other devices, users can immerse themselves in a completely digital world, shutting out the physical environment. By providing a controlled and immersive environment, VR can be a powerful tool for entertainment, education, and therapy.

Virtual Reality (VR) is a cutting-edge technology that transports users to virtual worlds, providing a highly immersive and interactive experience. By wearing VR headsets, individuals are immersed in simulated environments that are designed to replicate real-world scenarios or create entirely new and fantastical settings.

The purpose of VR is multifaceted. Firstly, it serves as a powerful tool for entertainment and gaming, offering users the opportunity to step into the shoes of characters and actively participate in virtual adventures. Additionally, VR finds applications in education and training, providing realistic simulations that enhance learning and skill development. From medical training to flight simulation, VR enables individuals to practice and gain expertise in a safe and controlled environment. Moreover, VR can be utilized for therapeutic purposes, such as exposure therapy for phobias or mental relaxation exercises. Overall, the purpose of VR is to push the boundaries of human experience, allowing individuals to explore and engage with virtual worlds in unprecedented ways.

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.

The concept of Mixed Reality was pioneered and popularized by Microsoft when they introduced the Microsoft HoloLens in 2016. The term “Mixed Reality” was coined by Microsoft to describe a technology that combines elements of both virtual reality (VR) and augmented reality (AR) into a seamless experience. It was a significant milestone in the field of extended reality (XR) as it marked a new era of spatial computing and interaction.

With the introduction of the Microsoft HoloLens, Mixed Reality became a distinct category within the spectrum of immersive technologies. The HoloLens, an advanced head-mounted display, allowed users to see and interact with virtual objects overlaid onto the real world, blending digital content seamlessly with the user’s physical environment. This groundbreaking invention opened up endless possibilities for various industries, including gaming, education, design, and enterprise applications.

Microsoft’s innovative approach to Mixed Reality with the HoloLens has inspired further advancements and the development of similar technologies by other companies. Today, Mixed Reality continues to evolve, pushing the boundaries of what is possible in merging the virtual and real worlds, and shaping the future of human-computer interaction.

The distinction between Mixed Reality (MR) and Augmented Reality (AR) lies in the way virtual and real-world elements are integrated into the user’s experience. Augmented Reality overlays virtual items onto the real-world environment, enhancing it with additional digital content. On the other hand, Mixed Reality not only combines virtual and real-world elements but also allows users to interact with and manipulate virtual objects as if they were physically present.

In Mixed Reality experiences, users can perceive and interact with virtual objects that appear to coexist with their physical environment, offering a more immersive and interactive blend of the real and virtual worlds. This distinction highlights the level of integration and immersion that Mixed Reality provides, making it a powerful tool for various applications such as gaming, education, design, and industrial simulations.

By understanding the difference between Augmented Reality and Mixed Reality, we can appreciate the unique capabilities and potential of each technology in creating compelling and transformative user experiences.

Mixed Reality (MR) combines the elements of Virtual Reality (VR) and Augmented Reality (AR) to create a unique and immersive experience that integrates physical and virtual objects. By blending the real and virtual worlds, Mixed Reality allows for the seamless interaction between the user and the digitally generated content.

With Mixed Reality, users can engage with both real-world and virtual elements, enabling them to explore interactive and dynamic environments. It provides a platform where physical and digital objects coexist and interact, resulting in a rich and transformative experience that enhances various fields such as gaming, education, design, and simulations.

By leveraging the capabilities of both Virtual Reality and Augmented Reality, Mixed Reality opens up new possibilities for creating captivating and interactive scenarios. It allows users to manipulate virtual objects in the real world, overlay digital information onto their surroundings, and interact with the environment in ways that were previously not possible.

In summary, Mixed Reality offers a powerful toolset that combines the best of Virtual Reality and Augmented Reality, enabling the creation of immersive and interactive experiences that bridge the gap between the physical and virtual realms.

Mixed Reality (MR) blends elements of both Augmented Reality (AR) and Virtual Reality (VR) to create an immersive experience that interacts with the real world. In MR, digital objects are overlaid onto the real world, but unlike AR, these objects can interact with real-world objects and environments in a more sophisticated way. MR technology is still evolving, but it has the potential to revolutionize various industries by providing a more immersive and interactive experience that combines the digital and physical worlds.

Video Projection Mapping is a fascinating technique that allows for the projection of video content onto various surfaces, transforming them into captivating and dynamic visual displays. By precisely aligning and mapping the projected images onto the contours and features of the physical objects, video projection mapping creates a mesmerizing illusion that seamlessly integrates digital content with the real world.

The process of video projection mapping involves several key steps. Firstly, the surface or object to be projected upon is carefully analysed and mapped using specialized software. Next, the video content is created or adapted to match the contours and features of the mapped surface. This may involve designing custom animations, graphics, or video sequences that enhance the visual impact and interaction with the physical object.

Once the mapping and content creation are complete, the video projector is positioned and calibrated to ensure optimal projection quality and accuracy. The projector is carefully aligned to match the mapped coordinates, enabling the seamless integration of the video content with the physical surface. The result is a visually stunning display where the projected images interact with the surface, creating illusions of movement, depth, and transformation.

Video projection mapping offers endless creative possibilities and can be utilized in various contexts, including art installations, stage performances, advertising campaigns, and immersive experiences. It allows for the transformation of static objects or environments into dynamic and engaging visual narratives, captivating audiences and leaving a lasting impression. With its ability to merge digital content with physical spaces, video projection mapping pushes the boundaries of traditional video display, unlocking a world of innovative storytelling and visual communication.

 

Video Projection Mapping is a cutting-edge technology that transforms ordinary objects into immersive displays by projecting video content onto their surfaces. By aligning projectors with the object’s contours, it brings surfaces to life, creating dynamic visuals that captivate audiences. This tech enables artists and designers to unleash their creativity, generating optical illusions and interactive experiences that blend digital and physical worlds.

A Magic Mirror, also known as a Virtual Mirror, combines the functionality of a mirror with interactive digital features to create an engaging and futuristic experience. It typically consists of a monitor placed behind a two-way mirror, allowing the viewer to see their reflection while also displaying dynamic content on the screen. The magic happens with the integration of specialized software that adds various effects and functionalities to the mirror’s reflection.

One of the key features of the Magic Mirror is its ability to display additional information or media overlays on top of the viewer’s reflection. This opens up a wide range of possibilities for customization and personalization. For instance, the mirror can be programmed to show real-time weather updates, displaying the current temperature and weather conditions in a visually appealing manner. It can also incorporate date and time displays, helping users stay organized and informed.

Moreover, the Magic Mirror can be further enhanced with interactive elements, allowing users to interact with the displayed content. Touchscreen capabilities can be integrated, enabling users to navigate through different menus, select options, or even try on virtual outfits or accessories. This interactive aspect adds an element of fun and interactivity, making the mirror not only a practical tool but also an entertaining and engaging device.

Overall, the Magic Mirror is a seamless blend of traditional mirror functionality and advanced digital technology. It offers a unique and immersive way to deliver information, entertainment, and customized experiences, making it a versatile tool for retail, events, and other interactive settings.

The components of the Magnetic Levitation Display System are the base, the carry disc and the power supply.

The Magnetic Levitation Display System consists of three essential components: the base, the carry disc, and the power supply. These components work in harmony to bring the captivating levitation effect to life, mesmerizing viewers with its gravity-defying display.

The base serves as the foundation of the magnetic levitation display. This magnetic field interacts with the magnets or magnetic materials present in the carry disc, allowing it to float and remain suspended in mid-air. The base is equipped with control circuits and sensors that regulate the magnetic field and monitor the position of the carry disc, ensuring stability and precise levitation.

The carry disc, also known as the levitating object, is the focal point of the magnetic levitation display. It is carefully designed to be visually captivating, coming in various shapes and forms.

Powering the magnetic levitation display system is the power supply, which provides the necessary electrical energy. It ensures a constant and stable power source for the electromagnets or permanent magnets in the base, enabling them to generate the required magnetic field for levitation. The power supply can be integrated into the base or provided as a separate component, depending on the specific design of the magnetic levitation display system.

Together, the base, carry disc, and power supply work seamlessly to deliver a mesmerizing visual experience. With its gravity-defying display, the magnetic levitation display system captivates viewers and opens up possibilities for innovative and eye-catching applications in product showcases, art installations, interactive exhibits, and more.

The Magnetic Levitation Display offers a unique and captivating way to showcase products or objects by utilizing the magnetic levitation technique to create a visually stunning floating effect. This innovative display technology serves various purposes and finds applications in different industries.

One of the primary uses of the Magnetic Levitation Display is in product showcases and exhibitions. By suspending a product in mid-air, the display effectively draws attention and creates a memorable visual impact. It allows businesses to highlight their offerings in an attention-grabbing and interactive manner, enticing potential customers and leaving a lasting impression. Whether it’s a new gadget, a luxury item, or an innovative product, the magnetic levitation display adds a touch of elegance and intrigue, elevating the overall presentation.

Art installations and museum exhibits also benefit from the magnetic levitation display’s ability to create an immersive and awe-inspiring experience. By floating sculptures, artifacts, or artistic creations, the display enhances the artistic value and provides a unique perspective for viewers. It adds a sense of wonder and fascination, allowing artists and curators to push the boundaries of creativity and engage audiences in a memorable way.

Moreover, the magnetic levitation display can be utilized in retail environments to showcase merchandise and enhance the shopping experience. By levitating items such as jewellery, cosmetics, or high-end products, the display creates a sense of luxury and exclusivity. It entices customers to explore the products and reinforces their perception of quality and innovation.

A Hologram LED Fan is an innovative display device that combines the elements of a traditional fan with strips of RGB LEDs to create a mesmerizing 3D effect. The fan’s blades are equipped with multiple LED strips that emit vibrant colors and can be synchronized to produce dynamic visual content. By rapidly rotating its blades, the fan creates a persistence of vision effect, giving the illusion of a three-dimensional image or video floating in the air.

The Hologram LED Fan provides a versatile platform for showcasing various types of content. It can display static images, such as logos or product visuals, giving them a dynamic and futuristic appearance. Additionally, it can play videos or animations, bringing characters, objects, or scenes to life in a captivating way. This technology is often used in advertising, retail displays, events, and exhibitions to attract attention, engage audiences, and leave a memorable impression.

Overall, the Hologram LED Fan is an exciting and innovative display solution that merges the functionality of a fan with the visual impact of holography. By utilizing RGB LEDs and clever rotational mechanics, it creates a visually stunning 3D effect, adding a touch of magic and fascination to any space or promotional campaign.

A Holographic LED Fan is a fascinating device that harnesses the power of advanced technology to create mesmerizing visual displays. The Holographic LED Fan tricks the human eye into perceiving floating 3D images or videos, adding a captivating and immersive element to the display. At its core, this innovative fan consists of rows of RGB LEDs meticulously arranged along the blades. These LEDs emit vibrant colours and can be controlled individually, allowing for precise control over the visual effects produced. As the fan rotates, the LEDs are activated in specific patterns, creating a persistence of vision effect.

To achieve the holographic-like effect, the Holographic LED Fan leverages a concept known as the “pepper’s ghost illusion.” This technique involves reflecting light off a semi-transparent surface to generate the illusion of an object floating in space. In the case of the Holographic LED Fan, the rotating blades serve as the semi-transparent surface. The RGB LEDs on the blades illuminate the surface as they spin, producing a sequence of frames that form the desired visual content. These frames are then reflected onto a strategically positioned transparent or semi-transparent mirror-like panel. As a result, viewers perceive the combined images as a vivid and three-dimensional projection seemingly suspended in mid-air.

By carefully coordinating the rotation of the fan blades with the activation of the RGB LEDs, the Holographic LED Fan’s control system brings the visual content to life. The timing and intensity of the LED illumination are precisely synchronized, allowing for the display of static images, animations, and videos with remarkable clarity and depth. Whether used for advertising, entertainment, or artistic purposes, the Holographic LED Fan offers a captivating and attention-grabbing way to showcase dynamic visual content that leaves a lasting impression on viewers.

 

IR reality, also known as Immersive Reality or Immersive Virtual Reality, refers to a captivating form of virtual experience where users are immersed in a carefully designed virtual environment through the use of VR headsets. In this context, the term “IR” stands for Immersive Reality, highlighting the goal of creating an engaging and convincing experience that fully engages users. By seamlessly integrating the video content displayed on the VR glasses with the custom-designed environment, IR reality provides users with an immersive and interactive journey.

The concept of IR reality involves a combination of various elements, including intricate video content, specialized hardware, sophisticated software, and cutting-edge engineering techniques. These components work harmoniously to create a convincing and realistic virtual environment that can transport users to new realms. Due to the complexity involved in developing such immersive experiences, IR reality is often utilized as a fixed installation, commonly found in theme parks and similar settings.

By utilizing VR headsets, IR reality offers users a unique and captivating experience that goes beyond traditional forms of media consumption. The carefully crafted virtual environments, combined with the synchronized video content, enable users to feel fully engaged and immersed in the digital world, allowing for exploration, interaction, and an enhanced sense of presence. Whether it is for entertainment, educational purposes, or other applications, IR reality provides a compelling and unforgettable experience for users.

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.

If you’re eager to witness the captivating capabilities of HoloNet or Holo Gauze firsthand, simply reach out to us via phone or email, and we will be delighted to arrange a personalized demonstration for you. Our dedicated team will be more than happy to showcase the cutting-edge technology at either our Northampton showroom. Experience the immersive wonders of HoloNet or Holo Gauze mesh and discover the boundless possibilities they offer in creating mesmerizing holographic displays. Get in touch with us today to schedule your exclusive demo.

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 choice between HoloNet / Holo Gauze mesh and Pepper’s Ghost for holograms depends on the specific project requirements. Each method has its own advantages and applications. HoloNet / Holo Gauze offers a cost-effective and user-friendly solution, delivering impressive holographic effects when used correctly. While it’s true that Peppers Ghost holograms provide superior quality when viewed up close, HoloNet / Holo Gauze holds its own when observed from a slightly greater distance, especially on a stage setting. In terms of affordability and performance, HoloNet / Holo Gauze proves to be a formidable contender. Our team at Virtual On can help assess your project needs and recommend the most suitable holographic display technology for your unique requirements.

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.

 Absolutely!

If the display is specifically designed for outdoor use or shop front windows, it is capable of delivering impressive visuals even in broad daylight. However, it’s important to note that certain displays may yield better results in darker environments, as the contrast and visibility of the content can be enhanced. At Virtual On, we offer a range of displays tailored for different lighting conditions, ensuring optimal performance and captivating experiences regardless of the ambient light.

Our displays support a wide range of media formats for hassle-free playback. For video, we support formats like MPG, AVI, MP4, and more. For audio, MP3 and WMA formats are compatible. We also support various image formats, including JPG, GIF, BMP, and PNG, ensuring your visuals look great whether you’re displaying static images, slideshows, or dynamic graphics.

Absolutely! Our Digital Signage solutions are specifically designed to meet the demands of uninterrupted operation around the clock, 365 days a year. Unlike consumer-grade TVs, our Commercial displays are equipped with high-quality components and built to withstand the rigors of extended operation.

Our displays are engineered with durability in mind, ensuring reliable performance even during prolonged usage. With robust construction and superior parts, our Business screens are built to last longer and deliver consistent performance, making them an ideal choice for continuous operation.

Whether you need to showcase dynamic advertising, engage customers with interactive content, or provide essential information in public spaces, our Digital Signage solutions are ready to meet the demands of your 24/7 operation. With their extended lifespan and enhanced durability, you can rely on our displays to deliver high-quality visuals and messaging, regardless of the extended hours of operation.

At Virtual On, we understand the importance of reliability and longevity in Digital Signage deployments. That’s why our Commercial displays are engineered to provide exceptional performance and durability, ensuring that your content remains vibrant and impactful even during non-stop operation.

Absolutely! Our eco-friendly Power Timer functionality enables you to set daily or weekly schedules for powering on and off your screen. This intelligent feature allows the screen to operate only when necessary, enhancing your environmental efficiency.

By utilizing the Power Timer, you have precise control over when your screen is powered on and off, ensuring that it operates during the required periods and conserves energy during idle times. This not only reduces power consumption but also contributes to lower energy costs and a reduced carbon footprint.

The Power Timer feature embodies our commitment to environmental sustainability. By optimizing the usage of your screen, you can minimize unnecessary power consumption and enhance overall energy efficiency. Take advantage of this eco-friendly feature to align your display’s operation with your specific needs and make a positive impact on the environment.

Our range of Digital Signage products offers a variety of AV input connections to suit your needs. These include commonly used interfaces such as HDMI, two USB ports, VGA, LAN, and Audio IN. With this comprehensive selection of AV inputs, you can easily connect various devices and sources to our displays, ensuring seamless integration and versatility in your multimedia setup. Whether you need to connect a laptop, media player, or other audiovisual equipment, our products provide the necessary connectivity options for a hassle-free and efficient operation.

With our range of Digital Signage products, you can have confidence in their comprehensive selection of AV inputs, which caters to a diverse range of requirements. This versatility empowers you to effortlessly connect and showcase your content, ensuring a hassle-free and efficient operation of your digital signage system.

Our Digital Signage displays offer flexible resolution options to meet your specific needs. We provide:

– Full High Definition (1080p) for crisp and detailed visuals on most screen sizes
– Ultra High Definition (2160p) for larger screens (65″, 75″, and 85″) with stunningly sharp images and lifelike visuals

Both options ensure exceptional image quality, captivating and engaging your audience. With the choice between Full HD and Ultra HD, you can select the resolution that best suits your content and viewing preferences, delivering optimal visual impact and a truly impressive digital signage experience.

The Commercial Warranty provided with our products ensures peace of mind and customer satisfaction. This manufacturer’s warranty, also known as a limited warranty, is included with your purchase and offers coverage for a duration of one year. It protects against any potential defects resulting from mechanical, software, or electrical failures that may occur during the manufacturing process.

With the Commercial Warranty, you can have confidence in the quality and reliability of our products. In the unlikely event of any issues arising due to manufacturing-related factors, our warranty ensures that necessary repairs or replacements will be made within the specified warranty period. This comprehensive warranty reflects our commitment to delivering high-quality digital signage solutions and ensuring customer satisfaction throughout your usage experience.

Yes, once you have positioned the display to your satisfaction, you have the option to retract the castors and secure the display in place using the feet. This ensures stability and ensures that the digital poster remains steady and secure during operation. The integrated castors provide the flexibility to move and position the display as needed, making it a convenient solution for various indoor environments such as retail stores, exhibitions, or corporate settings.

Whether you need to rearrange your display setup or relocate the digital poster to a different area, the integrated castors offer a practical solution for effortless mobility, allowing you to adapt and optimize your digital signage presentation with ease.

Our Android Freestanding Digital Posters offer a convenient and user-friendly solution for scheduling and managing content display. With the included free Scheduling Software, you have the flexibility to choose the specific content you want to showcase and determine when it should be displayed. This feature allows you to effortlessly create a customized schedule, ensuring that your content is changed and updated according to your preferences and the specific time of day.

Yes, our displays are designed and built for commercial use, engineered to withstand the demands of continuous operation in high-traffic environments. They’re constructed with durable materials, feature robust components, and are designed to provide reliable performance and long lifespan, making them ideal for commercial applications.

The Outdoor Touch Screen Wall Mount Poster is a highly versatile and interactive display that combines the functionality of the Outdoor Screen Wall Mount Poster with the added benefit of touch screen capability. Just like the standard Outdoor Wall Mount Poster, this display is designed for outdoor use, making it ideal for capturing the attention of passersby and attracting potential customers in various outdoor environments.

What sets the Outdoor Touch Screen Wall Mount Poster apart is its intuitive touch screen functionality, which enables direct interaction between individuals and the displayed content. With the touch screen feature, customers can engage with your product or brand by navigating through menus, accessing information, viewing videos, or even making selections for specific services or products. This interactive element creates a more engaging and memorable experience for users, encouraging them to spend more time interacting with your content and increasing the likelihood of converting them into potential customers.

The Outdoor Screen Wall Mount Poster is a screen created to be mounted on outdoor walls. As the indoor wall mount poster, it comes in a variety of sizes. It can be used to display information about products, offers, etc.

The Outdoor Screen Wall Mount Poster is a dynamic display specifically designed for outdoor environments, making it a perfect choice for captivating audiences in high-traffic outdoor areas. This screen is purpose-built to withstand various weather conditions, ensuring its durability and longevity even when exposed to rain, sunlight, dust, and other outdoor elements. With its robust construction and weather-resistant features, the Outdoor Screen Wall Mount Poster offers reliable performance and visibility, making it an ideal solution for businesses and organizations looking to engage their target audience in outdoor settings.

Similar to its indoor counterpart, the Outdoor Screen Wall Mount Poster is available in a range of sizes, providing flexibility to cater to different advertising needs. From compact displays suitable for smaller spaces to larger and more eye-catching screens for high-visibility locations, businesses can choose the size that best fits their advertising requirements.

The Outdoor Freestanding Totem Touch Screen combines all the impressive features of the Outdoor Freestanding Totem with the added advantage of Touch Screen capability. This versatile display is designed for outdoor environments, making it an excellent choice for interactive and engaging experiences in high-traffic outdoor areas. With its rugged and weather-resistant construction, the Outdoor Freestanding Totem Touch Screen ensures reliable performance even in challenging outdoor conditions, including rain, sunlight, dust, and varying temperatures.

The Touch Screen functionality of this outdoor totem allows users to interact directly with the content displayed on the screen. It offers a user-friendly and intuitive interface that enables visitors to navigate through various menus, explore information, view multimedia content, and even interact with interactive applications. Whether it’s providing wayfinding directions, showcasing product details, offering interactive maps, or conducting surveys, the Touch Screen feature enhances customer engagement and encourages active participation.

An Outdoor Freestanding Totem is a versatile standalone display specifically designed for outdoor use. Available in various sizes and colors, these totem displays are perfect for showcasing information or promoting products in outdoor environments. The durable construction of the Outdoor Freestanding Totem ensures its resilience to withstand changing weather conditions and maintain optimal performance in high-traffic areas.

These freestanding totems serve as eye-catching attention-grabbers, effectively capturing the interest of passersby and engaging them with the displayed content. Whether used for advertising, wayfinding, informational purposes, or interactive experiences, the Outdoor Freestanding Totem provides businesses and organizations with an excellent platform to communicate their message effectively in outdoor settings.

The Indoor Screen Wall Mount Poster Touch Screen is a sophisticated indoor display equipped with touch screen functionality. This cutting-edge display is strategically designed for deployment in high-traffic areas where information dissemination and updates are crucial. Its wall-mount feature allows for easy installation, making it an ideal space-saving solution without compromising on its interactive capabilities.

With the added touch screen feature, the Indoor Screen Wall Mount Poster enables seamless and engaging interactions with customers, empowering them to access information, explore products or services, and navigate through content effortlessly. This interactive touch screen capability enhances user experience and creates a dynamic and captivating environment for businesses to connect with their audience effectively.

Whether used in retail stores, corporate settings, educational institutions, or other indoor locations, the Indoor Screen Wall Mount Poster Touch Screen stands as a powerful tool to captivate and inform customers, making it a valuable asset for modern marketing and communication strategies. Its user-friendly interface and customizable content enable businesses to deliver targeted messages and foster meaningful engagements, contributing to enhanced brand visibility and customer satisfaction.

The Indoor Screen Wall Mount Poster is a versatile display designed to be conveniently installed on walls. Available in various sizes, this display serves as a dynamic platform for showcasing advertisements, providing essential information, or delivering real-time updates. Its wall-mount feature ensures seamless integration into indoor spaces, making it an ideal choice for businesses, institutions, and public venues seeking an eye-catching and efficient display solution.

With its sleek design and customizable content, the Indoor Screen Wall Mount Poster enables businesses to engage their target audience effectively and convey their messages with impact. Whether used in retail environments, corporate offices, educational institutions, or other indoor settings, this display offers an excellent opportunity to enhance brand visibility, capture attention, and communicate essential information in a visually compelling manner.

An Indoor Freestanding Totem Touch Screen is a floor-standing display equipped with a responsive touch screen interface and an LCD panel. Unlike wall-mounted displays, these totem units are self-supporting and can be strategically installed in high-traffic areas to showcase information or important details. The touch screen capability allows users to interact directly with the content, enabling a more engaging and interactive experience.

With its freestanding design, this versatile display eliminates the need for wall mounting, offering greater flexibility in placement and ensuring optimal visibility from various angles. Whether used for advertising, wayfinding, event promotion, or interactive presentations, the Indoor Freestanding Totem Touch Screen is a powerful communication tool that seamlessly blends form and function. Its modern and sleek appearance enhances any indoor environment, making it an ideal choice for enhancing customer engagement, fostering brand awareness, and delivering captivating visual experiences.

An Indoor Freestanding Totem is a self-supporting display designed for indoor use, eliminating the need for wall mounting. Available in various sizes, this versatile freestanding unit is ideal for showcasing advertisements, providing useful information, or delivering quick updates in high-traffic areas. Its self-standing feature allows for easy placement in busy indoor environments, making it a popular choice for retail stores, corporate settings, educational institutions, and public spaces.

The Indoor Freestanding Totem offers a visually appealing and space-efficient solution to engage audiences, enhance brand visibility, and convey important messages effectively. Its sleek design and customizable options make it an excellent communication tool to attract attention and create a lasting impact on visitors and customers.

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).

Our Holographic Effect brings 3D images and videos to life, creating an immersive illusion that makes them appear to float in mid-air. While sci-fi fantasies aren’t quite reality, our advanced technology delivers stunning holographic displays that captivate and amaze.

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.

Certainly! The Holographic LED Fan can be connected remotely using dedicated software. However, it’s essential to note that different displays may have varying functionalities, so it is crucial to identify the specific requirements and choose the model that best suits those needs. With the appropriate software, remote connectivity becomes possible, offering flexibility and convenience in managing the Holographic LED Fan.

A Point of Purchase (POP) Shelf Display is a compact, attention-grabbing solution designed to sit on a shelf, engaging shoppers with dynamic content, product information, or interactive experiences that drive sales and enhance brand visibility.

POP innovations are creative solutions that enhance the shopping experience, grab attention, and boost sales at the Point of Purchase. By leveraging new technologies, designs, and strategies, these innovations create engaging displays and interactive experiences that increase brand visibility and drive customer engagement, ultimately influencing buying decisions.

A Digital Touch Table is an interactive touch screen integrated into a table, allowing users to access information, entertainment, advertisements, or self-service options. At Virtual On, we provide touch tables in various shapes, sizes, and colors to cater to your specific needs.

A Digital Touch Kiosk is a sophisticated computer terminal equipped with specialized hardware and software, providing users with interactive access to a wide range of information and applications. These kiosks are designed to facilitate communication, enable commerce transactions, offer entertainment options, and support educational activities.

The Digital Touch Kiosk is equipped with a responsive touch screen interface, allowing users to interact with the content and functionalities conveniently. These kiosks can be strategically placed in high-traffic areas such as retail stores, public spaces, airports, hotels, museums, educational institutions, and more. They serve as valuable self-service tools, providing users with the ability to browse through product catalogs, obtain real-time information, place orders, make reservations, access digital media, and engage with interactive content.

With their versatility and user-friendly interface, Digital Touch Kiosks are becoming increasingly popular for enhancing customer experiences, streamlining processes, and promoting brand awareness. The interactive nature of these kiosks empowers users to have a more personalized and engaging interaction with the content, making them an invaluable addition to any business or public space seeking to deliver a seamless and immersive experience to its audience.

 

 

An AR experience, short for Augmented Reality experience, is an innovative and immersive interaction where designers seamlessly blend elements of the users’ physical environment with computer-generated input. This dynamic fusion allows users to perceive and engage with an enhanced version of reality, where digital content overlays and intertwines with the real world.

In an AR experience, specialized software and hardware are utilized to superimpose virtual objects, animations, or information onto the physical environment that users can see through their devices, such as smartphones, tablets, AR glasses, or other AR-enabled devices. This blending of the physical and digital realms opens up endless possibilities for creative storytelling, interactive marketing, educational applications, and more.

AR, short for Augmented Reality, encompasses a variety of features that enrich our perception of the physical world by superimposing computer-generated information onto our real surroundings. One of the key characteristics of AR is its ability to seamlessly integrate virtual objects or data into the user’s real-world environment. This integration can occur through different sensory modalities, such as visual or auditory, providing a multi-dimensional and interactive experience.

Through AR, users can witness virtual objects, graphics, or text overlaid onto the physical world they see through their devices, such as smartphones, tablets, or AR glasses. This augmentation allows for a deeper understanding of the surroundings by offering additional context, explanations, or interactive elements. For example, AR features can enable users to view 3D models of products or characters, access relevant information about landmarks, or even try on virtual clothing before making a purchase.

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.

Heritage and Architectural Reconstruction is a cutting-edge Augmented Reality technique that brings history to life by merging the real world with digital recreations. This innovative approach allows users to experience historical sites, ruins, and architectural marvels in their original form, even if they’ve been destroyed or altered over time. By virtually rebuilding these structures, users can gain a deeper understanding and appreciation of the past.

Absolutely! The Virtual Fashion Mirror offers a convenient and interactive way for users to try on virtual outfits and accessories. After the virtual fitting experience, the mirror generates a unique QR code that can be easily scanned using a mobile phone. This QR code acts as a direct link to the captured pictures and videos of the user trying on various virtual garments.

By simply scanning the QR code with their mobile device, users can instantly access the images and videos of themselves adorned in the virtual outfits. They have the option to share these captivating fashion moments directly on their favorite social media platforms, such as Facebook, Instagram, Twitter, and more.

Yes, The Virtual Fashion Mirror offers the flexibility and convenience of updating clothing and outfits with the latest season’s data at any time. This dynamic feature ensures that fashion retailers can stay up-to-date with the latest trends and collections, providing their customers with a fresh and exciting virtual try-on experience.

Updating clothing on the Virtual Fashion Mirror involves incorporating new images and outfit data into the system. Each clothing item needs to be properly adjusted to fit the program’s settings and parameters, ensuring that the virtual garments possess the desired “elastic” properties. This elasticity allows the virtual clothing to adapt and adjust to customers’ body shapes and movements realistically.

It is a mix.

The Virtual Fashion Mirror uses Augmented Reality (AR) technology, a smart mirror, and specialized software to:

1. Capture the user’s real-time image
2. Superimpose virtual clothing and accessories onto their reflection
3. Create a seamless illusion of wearing the selected garments

This allows users to virtually try on outfits and see how they fit without physically wearing them.

The Virtual Fashion Mirror is an innovative and interactive display that leverages Augmented Reality (AR) technology to provide a virtual try-on experience for clothing items. It serves as a cutting-edge solution that enables users to explore and visualize different outfits without the need for physical dressing.

When a person stands in front of the Virtual Fashion Mirror, a high-resolution camera captures their image in real-time. The AR software then overlays virtual garments and accessories onto the person’s reflection, creating the illusion that they are wearing the selected clothing.

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.

Collaborative activities can include technology demos, equipment tests, joint case studies, research, public exhibitions, and educational events.

Institutions can benefit from official innovation partner recognition by being featured on Virtual On’s website, communications, and social media, and by being able to use the “Innovation Partner” digital badge on their own website and materials.

Participating institutions are required to create a dedicated web page about the collaboration with Virtual On, display the program logo, and engage in at least one collaborative activity during the first year.

The benefits include early access to innovations, exclusive discounts, shared case studies and publications, official innovation partner recognition, priority in special projects, and premium support and resources.

The Innovation Alliance Collaboration Program is a strategic program led by Virtual On, designed for universities, museums, and public institutions seeking to explore, validate, and apply emerging technologies in real-world environments.

The Anamorphic Video Screen finds its ideal application in expansive settings, such as shopping malls, terminals, stadiums, or similar large venues, where there is an abundance of space to seamlessly integrate the screen and position the audience at a substantial distance, ensuring an optimal viewing experience for the entire installation.

The 3D Anamorphic Illusion screen offers versatile scalability, allowing it to be tailored to various sizes based on specific requirements and the available space. This flexibility ensures that the screen can be adjusted to fit different environments, making it suitable for both small and large venues. Whether it’s a compact retail store or a spacious exhibition hall, the 3D Anamorphic Illusion screen can be customized to create an engaging and captivating visual experience for viewers of all kinds.

The 3D Anamorphic Video Illusion is a captivating visual effect that tricks the viewer’s perception by presenting a 2D video. However, due to the carefully designed setup of the screen and the development of the video content, the viewer experiences an illusion of witnessing a 3D or volumetric-like video. This unique combination of screen technology and creative video production creates a mesmerizing and immersive viewing experience that captivates audiences and leaves a lasting impression.

The Portable & Virtual Escape Box offers the advantage of being a highly flexible and inclusive activity that can be enjoyed by an unlimited number of participants. Whether it’s a small team or a large group, everyone can engage in this captivating experience simultaneously. The interactive nature of the Escape Box allows participants to collaborate, strategize, and solve challenges together, fostering teamwork and camaraderie among the players. This feature makes it an ideal choice for corporate events, team-building exercises, or social gatherings, where the objective is to create an enjoyable and memorable shared experience for all involved.

Indeed, the AR Photo Booth minimizes touch-based interactions, as it eliminates the need for users to physically touch the screen or handle printed pictures. Instead, this cutting-edge technology seamlessly captures and generates photos without any direct contact. Once the photo-taking process is complete, participants can conveniently access their pictures using a QR code, making the photo-sharing experience effortless and contactless. This feature not only ensures a more hygienic and safe environment but also enhances user convenience by providing quick and easy access to the digital images, which can be instantly downloaded and shared with friends and family.

Absolutely! The AR Photo Booth enables users to effortlessly share their captivating and fun-filled moments on various social media platforms. Once participants have their pictures taken using the AR Photo Booth, they can easily access their digital photos through a QR code. This user-friendly method allows them to download the pictures directly to their mobile devices. From there, they can promptly share their exciting and engaging experiences with family and friends on popular social platforms like Facebook, Instagram, Twitter, and more. This seamless sharing feature not only adds a touch of excitement to the event but also fosters social interaction and enhances the overall experience for all participants. So, whether it’s a corporate event, a special celebration, or a promotional campaign, the AR Photo Booth enables attendees to create cherished memories and share their delightful moments with the world at the tap of a finger.

Absolutely! The AR Photo Booth allows you to conveniently keep a digital copy of your memorable moments. The photo taken with the AR Photo Booth is readily available for download, making it easy for you to save and cherish the picture. Once you’ve experienced the fun and excitement of the AR Photo Booth and had your picture taken, you can swiftly access the digital copy through a user-friendly download process. This ensures that you can preserve the delightful memories captured during the event or celebration. Whether it’s a corporate gathering, a festive occasion, or a promotional campaign, the AR Photo Booth provides a hassle-free way for you to obtain and keep a cherished digital memento of your wonderful experience. So, don’t miss the chance to create lasting memories and hold on to them with the convenience of a digital copy from the AR Photo Booth.

Yes!  The AR Photo Booth video can be fully customized to showcase your brand’s identity and unique style. By incorporating your logo, corporate colours, and custom animations, the AR Photo Booth experience can be tailored to align seamlessly with your brand’s image and messaging. This personalized touch ensures that every video generated by the AR Photo Booth becomes a powerful and engaging marketing tool, leaving a lasting impression on your audience.

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.

Yes, our levitation display comes with carefully designed packaging that includes specialized insulation to ensure safe transportation. The packaging is engineered to absorb shocks, protect against impacts, and prevent damage to the delicate components of the levitation display. This thoughtful packaging solution provides peace of mind, knowing that your product will arrive safely and in perfect condition.

Absolutely, the Virtual Shelf Promoter can be equipped with an interactive touch screen featuring a user-friendly menu. This interactive menu allows customers to engage with the Virtual Presenter or Virtual Avatar and pose different questions or queries. Through the touch screen, shoppers can explore various aspects of the product or brand, obtain detailed information, watch product demonstrations, and even receive personalized recommendations.

Certainly, the Levitation Display can be concealed on a plinth or base, and the carry disc responsible for creating the levitation effect can be seamlessly integrated with the floating object. When considering hiding the base, there are two important factors to take into account. Firstly, it is essential to maintain an opening or gap to allow the infrared light, which is crucial for the levitation process, to easily detect and interact with the carry disc. Secondly, ensuring proper airflow is essential to facilitate stable levitation, and this can be achieved by incorporating an external fan to maintain a continuous and controlled flow of air around the levitating object.

The optical Levitation Display incorporates a sophisticated sensor system that establishes communication between the base and the carry disc, ensuring precise and stable levitation of the object. This advanced sensor technology is one of the key differentiating factors that set it apart from cheaper, less reliable devices that often suffer from instability issues.

The presence of a high-quality sensor system in the Levitation Display enables it to maintain a consistent and controlled levitation effect, resulting in a smooth and captivating visual experience for viewers. The sensor continuously monitors and adjusts the levitation process, making real-time corrections to keep the object stable and in its suspended position. As a result, the levitating object remains securely in place, without any unwanted wobbling or erratic movements that may be observed in less advanced or poorly constructed levitation devices.

The Virtual Mannequin is a truly captivating display that sets itself apart from ordinary rectangular displays by offering endless possibilities in terms of shape and form. While it is commonly used to showcase human presenters, it also has the remarkable ability to portray products or animals in a lifelike manner, be it as realistic representations, cartoons, or animations. The versatility of the Virtual Mannequin makes it an exceptional choice for a wide range of applications.

Moreover, the Virtual Mannequin, also known as the Virtual Holographic Presenter, boasts audio capabilities that further enhance its immersive and engaging nature. This feature allows it to deliver compelling audio-visual presentations, making the content even more impactful and memorable.

The Transparent Screen Cooler is an innovative refrigerator equipped with a state-of-the-art LCD transparent screen, enabling users to view the products stored inside. Beyond its cooling functionality, this unique cooler serves as an exceptional advertising platform. The transparent screen serves as a dynamic canvas to display captivating video advertisements, effectively promoting products or brands in a visually engaging manner. This cutting-edge combination of refrigeration and advertising capabilities makes the Transparent Screen Cooler an ideal choice for businesses looking to attract attention, entice customers, and elevate their marketing strategies.

Our Transparent Screen Cooler comes in 32″ and 49″ screen sizes, offering flexibility to fit various cooler door dimensions. This adaptable solution seamlessly integrates a dynamic display into your refrigerator, showcasing products and captivating customers while keeping items perfectly chilled.

At present, the Holographic LED Fan Display does not have an HDMI input as it is currently undergoing development. Usually, the files for display are stored locally in the internal memory of the device. However, keep an eye on future updates as HDMI input functionality may be added in the upcoming versions.

Magnetic Levitation does not involve friction, which means it does not generate a significant amount of heat. However, it utilizes an electrical magnet that may produce a small amount of heat. In cases where the device is enclosed and the air does not flow freely, ventilation might be required to dissipate this heat effectively.

The storage mechanism of the Holographic LED Fan Display involves saving the video file directly within its internal memory. It’s worth noting that each manufacturer provides a dedicated software solution tailored to their specific models. This software is used to generate distinct .bin files, which vary based on the LED density of each individual model. This approach ensures that the display can effectively render and project the holographic content with the appropriate level of detail and visual impact.

The Holographic LED Fan possesses the capability to incorporate audio playback through an Android-based application. This functionality hinges on the requirement that the associated Android device remains consistently connected while the display is operational. In essence, the display’s independent capacity to handle audio playback is limited, and it relies on the seamless interaction with an Android device to fulfill this aspect. This innovative feature allows for a more immersive and engaging viewer experience by combining both visual and auditory elements.

Absolutely, the Holographic LED Fan offers the possibility of synchronization to generate a larger, unified image by connecting multiple displays, ranging from just two to potentially dozens of units. This synchronization process can be achieved through various methods, with a common approach involving the storage of the .bin file locally on each display. The synchronization functionality itself is usually managed through an external device or an Android-based application. This unique feature empowers users to create visually stunning and cohesive displays that capture attention and leave a lasting impression on viewers.

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.

Certainly!

The Holographic Screen comes equipped with a powerful integrated speaker system, featuring a 30W amplifier that delivers clear and balanced sound. This built-in audio solution enhances the immersive experience of holographic content, providing an engaging auditory experience for viewers. With the speaker system, you can ensure that your holographic display captivates audiences with both stunning visuals and rich, high-quality sound.

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.

To operate the display, simply connect it to an external source like a PC or media player via HDMI, VGA, or 3.5mm audio jack. A secure, lockable compartment is also available to house a compact PC or media player, providing a convenient and integrated solution for content delivery and management.

Our freestanding and wall-mount Digital Displays feature high-quality, commercial-grade LCD panels with energy-efficient LED backlights, designed for continuous operation and a lifespan of over 70,000 hours. With higher luminosity than standard LCD panels, they deliver optimal visibility in various environments, making them perfect for commercial use.

With a high brightness of 450cd/m² and ultra-wide 178° viewing angle, our IPS commercial panels deliver exceptional image quality and vibrant colors, even in demanding environments. Designed to maintain image integrity, these panels faithfully reproduce high-quality images, making them ideal for applications where visual clarity is crucial.

Yes!

The video content displayed on the screen can be effortlessly updated and refreshed via network connectivity, allowing for seamless remote management. With LAN, Wi-Fi, or 4G connectivity options, you can conveniently update your display from anywhere, ensuring your content stays current and engaging.

This flexibility ensures your digital signage or display solution remains dynamic, relevant, and effective, saving you time and resources.

If you opt to, you can also incorporate a functionality into the screen to exhibit a text message in a “ticker tape” style on the rear side of the display. This is particularly useful for emphasizing specific promotions or offers, especially when employed as a dynamic ticker feed to present a welcoming message.

There are different types of augmented reality, such as Marker-based AR, which uses markers to trigger an experience. Marker-less AR, on the other hand, provides more flexibility, allowing users to place virtual objects freely without needing markers.

While VR offers deeper visual immersion, AR provides greater user freedom and business potential by eliminating the need for head-mounted displays. This allows users to interact more naturally and opens up new opportunities for commercial applications.

Augmented Reality (AR) leverages the existing physical reality and objects as triggers to overlay computer-generated enhancements onto the real world in real-time. Essentially, AR is a technology that superimposes computer-generated images onto a user’s real-world perspective. These visual elements typically manifest as three-dimensional models, videos, and informational content.

Augmented Reality, often abbreviated as “AR,” involves integrating digital elements into a real-time camera display, seamlessly blending this digital content with the physical environment to create a perception of them coexisting. In practical usage, this could encompass anything from transforming your facial appearance into that of a giraffe to superimposing digital guidance onto the actual pathways in your vicinity.

Utilizing your device, Augmented Reality employs the integration of digital content within the physical realm. Unlike virtual reality (VR), there is no necessity for headsets, goggles, or additional extensive apparatus. Simply put, your device’s camera and an AR application are all that’s required. For the utilization of Google Play Services for AR, an Android device linked to a Google Account is essential.

The key difference between VR and AR lies in the level of immersion. Virtual Reality (VR) provides a fully immersive experience, shutting out the physical world and transporting you to a new environment. Augmented Reality (AR), on the other hand, enhances the real world by overlaying digital information and images onto it. Examples of AR include Snapchat filters and Pokémon Go, which blend digital elements with real-world surroundings.

Augmented Reality (AR) seamlessly blends digital information with the real world, overlaying virtual enhancements like text, images, and audio onto physical environments. This technology enriches users’ perceptions and interactions, creating a more immersive experience by merging the digital and physical worlds.

Augmented Reality (AR) enhances the real world by overlaying digital information, images, or objects onto it. AR blends the physical and digital worlds, creating an interactive and immersive experience.

AR can be experienced through:

1. Smartphones and tablets: Using apps that utilize cameras and displays.
2. AR glasses: Wearable devices that display digital information.
3. Other devices: Such as smart glasses, head-up displays, or contact lenses.

Augmented Reality, often abbreviated as AR, delineates an immersive encounter within the authentic milieu, wherein tangible entities existing in reality undergo embellishment through computer-generated perceptual insights. At times, this augmentation spans a spectrum of sensory channels, encompassing not only the visual and auditory domains but also extending to haptic, somatosensory, and olfactory realms. This harmonious amalgamation of digital and physical dimensions fosters an interactive space where the conventional boundaries between the tangible and the virtual blur, engendering a multi-layered experiential tapestry.

In brief, a 360-degree digital camera seizes two images or video recordings through a pair of dual lenses, encompassing a 180-degree scope of vision. Subsequently, these visual components are either seamlessly merged within the camera itself or facilitated through accompanying software, readily fusing the files together – a process frequently achieved with a single click.

The Google Virtual Business tour you’ll experience interactively will find its home on Google servers, prominently displayed within your Google local profile and accessible through Google Maps. Rest assured, no recurring monthly or yearly charges need to be a concern. A one-time payment ensures its perpetual presence on Google.

Monoscopic stands as the prevailing form of 360-degree video and is also the variant typically endorsed by 360 video players like YouTube and Facebook. These videos present panoramic 360-degree visuals, allowing you to navigate around the scene. However, they lack genuine depth perception, resembling flat renderings (akin to Google Street View).

It introduces a fresh paradigm in imagery and cinematography, yet the majority of these videos and photos remain viewable on conventional 2D screens as well. It’s vital to distinguish between 360-degree video and VR. Nevertheless, the crux of the matter is that, for many individuals, immersive 360-degree spherical content will serve as their inaugural encounter with a “VR” experience.

In summary, a 360° digital camera seizes dual photos or video files through paired lenses, spanning a 180-degree field of vision. Subsequently, these components are either seamlessly fused within the camera itself or facilitated through complimentary software, allowing you to effortlessly combine the files – frequently achieved with a single click.

360° Videos, referred to as Immersive Videos or Spherical Videos, encompass recordings conducted within real environments. Employing adept video cameras, we capture scenes in 360° at 8K resolution, granting viewers the capability to manipulate their viewing perspective while enjoying top-notch video quality. This technological innovation proves especially advantageous, transporting viewers to entirely distinct settings where they can engage and immerse themselves using a profoundly engaging apparatus.

No, It has to be handle with care: improper handling may cause damage or injury. For optimal safety and display longevity, we recommend mounting it at an elevated position. There are covers that can be purchase separately.

The bulk of our in-house video content production involves crafting imagery digitally through the use of CGI, which stands for Computer Generated Imagery. This encompasses both static and dynamic images. Computer-generated animations offer heightened control, enabling manipulation of objects in three dimensions and facilitating alterations to backgrounds, skin textures, colors, and lighting. This adaptability renders it ideal for fashioning video content tailored for Mixed Reality (MR), which encompasses diverse techniques such as Hologram, Augmented Reality, Virtual Reality, and Mapping Projection. To expedite the process and manage expenses, we can incorporate customer-rendered assets. Our primary tools for this purpose generally include 3ds Max, Maya, and Adobe After Effects.

The HoloLens can be likened to virtual reality headsets, though in contrast to VR headsets like Oculus Rift, it doesn’t immerse you entirely in an alternate realm. Instead, the Microsoft HoloLens is poised to be a trailblazer in the realm of augmented reality, pointing towards the future of this innovative technology.

The hologram device exclusively processes bin files; other formats cannot be directly interpreted. Additionally, kindly take note that bin files cannot be opened conventionally and necessitate creation through a specific yet freely available software compatible with both Windows and Mac systems.

To create the video first follow this basic instructions:
1) Pure black background
2) MP4, AVI, Rmvb, Gif format video
3) 445×445 pixels
4) 10-15 seconds video time suggested
5) JPG, PNG picture Ok too (Black background better)

VR, or Virtual Reality, entails the construction of a digitally fabricated 3D realm that individuals can traverse and engage with, facilitated through specialized headsets referred to as VR glasses. The person using these glasses, or even a video representation, seamlessly integrates into this environment, thereby gaining the ability to interact with objects and execute various actions.

The material constituting this experience may be sourced from a 360-degree video captured using advanced technology, harnessed through either an 8K or 6K 3D camera.

For additional insights, please refer to VR Virtual Reality

Augmented reality AR involves the amalgamation of digital data to fashion an outlook of the actual physical surroundings, with the capacity to superimpose an alternate perspective upon it. In this context, augmented reality doesn’t supplant the real world; instead, it introduces imagery or video elements into the authentic environment, thereby setting it apart from virtual reality, which diverges fundamentally in this aspect.

From a technical standpoint, a hologram is a methodology that captures light emissions from an object and subsequently displays them in a three-dimensional manner. Nevertheless, our emphasis resides on the “holographic effect,” denoting the optical deception of a stationary image or video content seemingly suspended in mid air.

Holograms are alternatively referred to as the “Pepper’s Ghost illusion,” a technique dating back to the 18th century that was employed to fabricate translucent ghostly visuals in venues like theaters.

No, the necessity for intricate software doesn’t arise. We furnish a standardized file encompassing the animations, which can be readily played on any media player device.

Indeed, it is encompassed within the regular pricing structure.

Discover ten compelling rationales for employing a Virtual Mannequin/Assistance in our comprehensive blog post.

Producing video content tailored for a Virtual Mannequin is a straightforward process that can be accomplished seamlessly by adhering to a set of uncomplicated guidelines. For detailed instructions on how to create a video that complements the Virtual Mannequin concept, please take a moment to peruse the dedicated page: Specifications on how to Make a Virtual Mannequin Film. This resource is designed to offer comprehensive insights into the steps and techniques required to effectively capture and present the Virtual Mannequin experience. By following these guidelines, you can ensure that your video content aligns harmoniously with the concept of the Virtual Mannequin, creating a compelling and engaging experience for your audience.

Absolutely, the device is equipped with powerful magnets that possess the potential to influence electronic devices and credit cards. In light of this, we suggest maintaining a minimum distance of 3cm between them.

Yes, the levitation display runs on electricity and is designed to be energy-efficient, consuming very low power. This not only reduces its environmental impact but also keeps operating costs down

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.

It depends,

Not all holographic displays offer interactivity, but some advanced models do. Interactivity can be added as an optional feature to certain displays, enabling users to engage with holographic content in a more immersive and dynamic way.

Yes, they are.

Both the Transparent Display and Magic Mirror configurations offer flexible interaction options, with or without touchscreen functionality. This adaptability allows you to choose the perfect interaction method for your needs, whether that’s intuitive touch control or a non-touch interface. Our devices can be customized to fit your exact requirements, ensuring a seamless user experience

Indeed.

The device offers the capability to establish connectivity either through an Internet cable or WiFi, contingent upon the specific model. This facilitates instant accessibility for content modification and updates from anywhere across the globe. Operating the display remotely necessitates the involvement of an IT specialist, along with continuous monitoring. To streamline this process, we undertake remote management, effectively scheduling diverse content to be showcased at different intervals or on distinct days.

Absolutely.

Stereo speakers are seamlessly integrated within the display, allowing for effortless volume adjustment. The majority of our Digital Signage displays are outfitted with a pair of 6W, 8Ω speakers, enhancing the auditory experience for your audience.

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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