We are conducting research and development on a next-generation imaging technology called "aerial imaging."
The "holographic image" produced by DCRA (Product Name: Parity Mirror) appears at a fixed position in mid-air regardless of the distance or direction from which it is viewed, giving it a presence similar to that of a real object. The Parity Mirror finely divides light rays using discrete unit optical elements and geometrically gathers them to form an image. By using a small Parity Mirror (approximately 10 cm square), the holographic image can be realized as a personal device that can be observed at a short distance within reach. 【Features】 - An image floats in mid-air with nothing around it. - An imaging optical element with a two-sided corner reflector array (DCRA) structure. - No special glasses are required for observation. - You can touch the image by reaching out. - It is also possible to manipulate the image with your fingers in combination with a sensor app. For more details, please contact us or download the catalog.
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basic information
【Overview of the Parity Mirror】 ○ 2-Surface Corner Reflector Array (DCRA) Structure ○ Aerial Image Display Element → Created using nanotechnology, featuring a special fine pattern ○ Light reflected by two adjacent vertical mirror surfaces inside the element converges at a point in the air, forming a floating image ○ The element requires precision of 0.001 millimeters and 0.1° level ○ Removes unwanted light and enhances the visibility of the aerial image ● For more details, please contact us or download the catalog.
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Company information
Parity Innovations Inc. was established in December 2010 and is engaged in planning, development, and design of optical components/systems, as well as acquiring industrial property rights and licensing business. Our company has been conducting practical research and system development of various optical elements, including the mass production and scaling up of the new optical element "DCRA" (Dual-Surface Corner Reflector Array) and prototype development of application systems using it. Additionally, we promote the application and dissemination of DCRA optical elements through exhibitions and trade fairs held both domestically and internationally, while maximizing the appeal of application systems using DCRA as a groundbreaking presentation tool that has never been seen before.
