Three
Dimensional Tomography Viewer
ViReal
Corporation is to be soon established to develop and globally provide a
universal realistic 3-dimensional Display - Tomography and related services.
ViReal
utilises key technology based on proprietary US/ foreign issued patents and the
presently existing worldwide request and infrastructure.
The
3-Dimensional Space Display - Tomography
of
ViReal
concept
resolves the past and present major realistic presentation technical trouble
modes, and provides an exciting vehicle for improving life, protecting the
environment, reducing exploration costs and enabling acquirement of further
“insight” information, with no destruction techniques and simultaneously
facilitate the presentation industry with a revolutionary presentation approach.
This approach will further initiate “new” useful functions, not available
with today’s technology and abilities.
The
following major segments are incorporated into the ViReal
services:
1.
Medicine
2.
Architecture, Civil Engineering and Construction
3.
Mining, Oil and other Earth Exploration
4.
Simulators
5.
Education
6.
Decoration
7.
Scientists
8.
etc.
It
is equally reasonable to envision that ViReal will evolve
into a public, multi-billion dollar annual revenue company within 5 years,
making hundreds of US$ millions in annual revenues within 5 years. ViReal
is one of
the few truly major controlled market business with great opportunities to
succeed as soon as it will be created. It is in effect a market justified
“alternative delivery product”, much in the same way printers, screens,
photographs, video, virtual reality systems, etc. have quite successful been.
Product and Technology Description
ViReal
in tomography and other applications will display a realistic 3-Dimensional
space display. Hence, all categories mention as prospective market segments,
will be enabled to view in space, in 3-D what as of today can only be viewed on
a surface.
ViReal
stores all sections of the image in a magnetic disk drive. To project this into
space, ViReal
displays all stored sections by vibrating a viewing mirror in synchrony with the
head traverse of a magnetic disk drive.