The world's Brightest projection screen EVER
Ultra high brightness (X18, x23) achieved
by using high-reflective material and precise curvature by patented technology
Fighter Simulator Screen technology
Mocom screens contain the same high-tech projection screen technology used by the military and by aviation simulator in the commercial markets.
The largest Concave Projection Screen
Mocom concave projection screens (Solstice) are manufactured using a massive precision lens tool. The tool, which weighs 10 tons and is nearly a foot thick was milled from a single metal ingot and took several years to complete. The optical accuracy of Mocom screens is a key component of their high performance.
Three Core Technologies
Concave Benefit
The precise spherical surface of the projection screen matches the spherical shape projected from the lens.
High Reflective Surface
High reflective with micro-fine diffusion lines.Micro-fine diffusion lines along the scanning axis increase the horizontal viewing angle.Micron sized aluminum particles provide a crisp and clear image.
Ambient light rejection
Outstanding off-axis light rejection accepts, only reflects the light coming from the projector
Over 80 % of brightness uniformity = No hot spotting
High Contrast
Dark silver color material enhances the contrast
Excellent Color Reproduction
High-color accuracy that ensures natural color temperature and produces superior color reproduction.
Rich Gradation
Covers a broad color gamut and allows a wide range of gradation.
No Hot-spot
Precise concave shape eliminating the hot-shot that is inevitable for most of high gain screens.
Why you need Solstice for 3D?
Mocom Concave projection screen (Solstice™ ) is poised to be the next big leap in 3D. It is the world’s first concave lens-type screen optimized for use in 3D Applications.
This 3D concave projection screen uses optical lens technology to provide 18 to 23 gain of brightness while retaining higher than 99% of polarization, depth simulation, and improved image resolution. Brightness is especially important with 3D technology.
Polarized transmission, coupled with polarized glasses, means the brightness of 3D images falls to less than 35% of non 3D images.
The the polarization rate also drops between the source and the viewer’s eyes. Additionally, the brightness of the image on the screen drops in proportion to its size. The Solstice projection screen solves the problem of brightness by increasing light and polarization reflection as compared to standard 3D silver screens.
