FidelityArt has successfully held a booth promotion at IDT Expo 2010 in the Hong Kong Convention and Exhibition Center from 2 Dec - 4 Dec 2010.
FidelityArt Research is proud to be participating the Hong Kong Inno Design Tech Expo 2010
We are demonstrating the traditionally difficult task of 3-dimensional scanning of a coin (and other objects) at our exhibition booth.
錢幣三維掃描一向是很難成功的研究項目,我們將會在攤位展示錢幣三維掃描的示範.
This machine is incorporated with leveling mark into the scanning system, so it can measure ceiling (rectangular/dome), pillar (rectangular/round), wall and floor. It is especially helpful in measuring large quantity of walls like hotel rooms, so that fixed wardrobe can be fitted in each room.
It is also good in measuring ceiling, which is safe for the man without the need of climbing up. The measurement of ceiling is so accurate that pictures or colour glass panes can be installed easily.
Please apply by either clicking on the link below, or email your resume to ellen@fidelityart.com Original posting: https://talent.hkstp.org/jsk_jobDetail.php?JID=1521&EID=377
One of the most popular method used by the industry is Laser triangulation because of its simplicity. Laser triangulation is accomplished by projecting a laser line or point onto an object and then capturing its reflection with a sensor located at a known distance from the laser's source. The resulting reflection angle can be interpreted to yield 3D measurements of the part. By these differences of position caused by parallax, the height position of the target is reflected on in respective to the Y position of the image viewed.
We provide inventions / technical solutions to your technology need.
We build your inventions.
FidelityArt Research is a mechatronics consultant and solution provider based in the Hong Kong Science Park. We turn your innovative ideas into reality. Our developments include Room Interior Measurement system and video recognition. Specialized in vision technology, while most of our industrial competitors stays on the 2D scanning realm, we currently focus on the state-of-the-art technology of 3D vision.