Fujifilm's contribution to the 3D world has a bigger share now. The famous imaging company has now come up with the world's first 3D ( three dimensional ) digital imaging system the 'FinePix REAL 3D System'. This system allows users to view 3D images without the need of wearing those multicoloured glasses.
The system contains:
- FinePix REAL 3D W1
- the 3D camera
- FinePix REAL 3D V1
- an 8 inch viewer on which spectacular 3D images can be displayed
- 3D Print- Fujifilm's high precision production technology that enables users to print 3D images
How it Works: Fujifilm Explains
To achieve a 3D image, it is necessary to flawlessly layer together 2 images, so 2 Fujinon lenses, known for their high resolution & exquisite rendering, are installed. A 3x optical zoom, deemed difficult to achieve in 3D photography because of the precision required to align 2 lenses, has also been achieved. Moreover, the engine of the camera - RP (Real Photo) Processor 3D, another photo technology developed by Fujifilm over the years - synchronizes data passed to it by the two lenses and two CCD sensors
, to determine shooting conditions such as focus, brightness and tonality to instantaneously blend this information into a single symmetrical image. The 2.8-inch 3D/2D LCD monitor features Fujifilm's own LCD panel.
In the 'Individual Shutter 3D Shooting' mode, the camera takes two shots, one after the other, and saves a single 3D image in the camera manually. The 3D image generated can be edited and this is particularly useful for landscape photography where a 3D image is difficult to achieve, or conversely, macro shots, where the 3D effect can be too strong.
In the 'Interval 3D Shooting' mode, it is possible to take two shots from different viewpoints continuously while the photographer is moving, for example by train, airplane, or car, etc., to achieve 3D images of long-distance views. By using the 'Parallax Control (3D Tuning Function)', the 3D images can be manually adjusted for a clear and sharper 3D view.
Tags:- Fujifilm, camera, 3D, digital imaging system
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