The 'Holovect' holographic vector display is capable of creating 3D objects in the air without the need for a screen or a projection surface. Utilizing the power of lasers, the 'Holovect' doesn't create holograms but rather creates images that are created onto modified air.
Funding now on Kickstarter, the 'Holovect' Mk II display system works using simple principles with sophisticated technology. The unit displays light that is then augmented using refraction, reflection and diffusion. This enables the unit to create 3D imagery out of thin air and enhance what's possible in entertainment and design fields.
The 'Holovect' holographic vector display can be purchased via preorder at an early bird price of $750 with delivery slated for March of 2017.
What Makes This Trend Stand Out
- Laser-based Holographic Displays
- The use of lasers and modified air to create 3D images without the need for screens or projection surfaces has huge potential in the entertainment and design industries.
- Vector Display Systems
- The 'Holovect' Mk II display system's use of simple principles with sophisticated technology for creating 3D objects has potential for disruptive innovation in medical imaging and advertising industries.
- Refraction, Reflection and Diffusion Technology
- The combination of these technologies to create 3D imagery out of thin air opens up opportunities for innovation in architecture and education industries.
Sectors Adopting This
- Entertainment Industry
- The 'Holovect' holographic vector display's ability to enhance entertainment and design possibilities presents opportunities for companies involved in virtual reality, gaming and movies.
- Design Industry
- Laser-based holographic displays like the 'Holovect' can create innovative design experiences and may disrupt industries like advertising and product visualization.
- Technology Industry
- Refraction, reflection and diffusion technology combined to create 3D imagery out of thin air has the potential to disrupt a wide range of industries such as medical imaging, architecture, education and product design.
