What are 3D Images?

Traditionally, a standard 3D image is shot by a single camera, and is displayed on a single screen. This method lacks the illusion of space, and despite seeing a 3D representation, the image remains flat.

More advanced 3D systems use 2 cameras, mimicking how each eye captures images, thus creating the perception of depth, and a more convincing depiction of 3 dimensions. Acting as separate eyes, two cameras receive images that are then processed by a computer and sent to the 3D monitor. With the special polarized glasses, the images from the left camera and right camera are viewed by the left eye and right eye respectively. The brain combines the image from each eye and the viewer feels as if the objects they are seeing have volume and depth and take up actual space, thus creating a true 3D image.

Comparison of 3D Display Methods

Many methods of achieving 3D are currently on the market, such as polarized glasses, shutter glasses, all the way to versions which require no glasses at all. By way of 3D, they are successful in that they create some semblance of 3D imaging. However, these methods have their shortcomings, such as lowered resolution, increased dizziness and a narrower angle of view, to name but a few. Full scale market penetration of these concepts has not been realized due to the limited technological advancement. That is, until now.

True3Di Patented Technology

True3Di stereoscopic system makes use of both optical and polarized light to bring real solutions to the 3D world without any resolution lost, above and beyond the problems previously mentioned. Therefore, our dual-LCD composed monitors can provide real 3D imaging excellence.