It is possible to quickly and efficiently get 3D computer models of works of art and cultural heritage found in museums and churches with the 3D scanning technology. This data can be used for virtual presentations on the internet or for a digital catalog. The advantage of 3D models over videos and images is that the observer is able to get in reality a three-dimensional impression of the work of art. To reconstruct sculptures or to make display copies to preserve the original architecture then the 3D data can also be used. For a large number of applications which may include the comparison of parts and molds with CAD data, 3D The deformation analysis and the quantification of part surface imperfections such as dents, bulges and notches can be done through the use of the various scanning systems.
It seems to be ideal with the equipments for inspection for measuring complex shapes that are otherwise too simply impossible to measure, time consuming or just so costly. The 3D laser scanning systems are much faster and easier to use than traditional Coordinate Machines (CMMs).
3D Imaging can produce Animation in PAL, NTSC, SECAM Television Formats or 35mm, IMAX 70mm Film Formats and also in digital formats for CD-ROMS or Web Pages. With the 3D imaging and scanning, many benefits from it in medical science. A new 3D computer-based motion-capture system enables physical therapists to look at the body as an integrated system almost in real time. In finding out how joint segments work together with one another after an injury is difficult for therapists until now. The ability to look at the body as a unified system enables one to develop more adequate treatment programs. Prevention also is use through this.
There are devices specifically to study the intracellular dynamics of proteins and other macromolecular complexes like the high-speed, multidimensional imaging system. Both photo activation and photo conversion studies is use with it. It is also for the commercial survey, engineering, mining and industrial markets that is captured by the equipments in digital image.
Leading to the saving of time and resources in these systems because of the results better with accuracy and precision.