Various methods of 3D display include the vari-focal mirror, head-tracked
display workstations, and holographic stereograms. The application of
volumetric rendering techniques with holographic stereogram technology
for better visualization of scan data allows rapid and accurate
comprehension of complex volumetric data in the generated spatial images.
These factor is expected to drive the market growth over the forecast period.
Advancement in 3-D Technology
A volumetric display device allows generation and scattering of visible
radiation from a set of particular and localized regions within a three-
dimensional space. Volumetric display encompasses of visual display devices
which form visual representation of 3-D object. It generates 3D imagery
through the emission scattering of illumination from well-defined regions in
space. These displays are auto-stereoscopic and generates 3D imagery which
can be viewed with the naked eye. It is also referred as a promising
technology which has widespread application in aerospace, automotive,
medical, defense and industrial sector. Volumetric display techniques
employs a combination of prominent components.
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In recent years, it is witness a notable shift from the application of traditional
3D to volumetric displays due to the unique features that the latter offers,
which includes 360-degree spherical viewing angles, visualization of
holographic aerial images in free space, motion-based depth cues, and
autostereoscopic capabilities, among others. Additionally, enhanced viewing
experience, higher resolution, and real-time 3D visualization is projected to
boost the market growth over the forecast period. Furthermore, increasing