Holo3D Gallery3d001.jpg3d002.jpg3d003.jpg
PDF Download Spec Sheet
Rear Projection

HoloLite®

HoloGrey®

HoloDark®

HoloMirage®

Holo3D®

Front Projection

HoloVega®


Presentation Screens

Holo Table Top Display

Holo3D® Rear Projection Screen

Holo3D

HoloDark rear projection screens can be used in 3D projection displays.

Due to its chemical composition, the HoloDark screen can receive passive. 3D projection for stunning 3D images with the aid of polarization glasses.

Technology
Embedded optics (EOT), an advanced light diffusion technology that renders brighter images (as much as 3 times brighter than conventional optical coated screen) with improved contrast levels, and enhanced view angles. Superior light rejection capabilities allow freely suspended displays in all indoor uncontrolled lighting conditions. Durable 1/8" thick acrylic construction for better resolution and image sharpness matted anti glare, scratch resistant surfaces (both sides) with no surface coatings, laminates, films, lens, etc.) and can be easily cleaned with common (non-acidic) cleaning products. Holo3D is designed for use in normal indoor ambient light conditions especially for use with 3D projection and polarization glasses.

Specifications
Gain: 3.5 +/- .5, half gain - 40 degrees (vertical and horizontal)
Viewing angle: 170 degrees (vertical and horizontal)
Transparency: 80%
Resolution: limited only to content & projector source material
Material: 1/8" rigid acrylic
Weight: .85 lbs/square foot
Maximum single screen size: 78" x 139" x 1/8"
(can be cut to any video format or shape without loss of optical performance.)
3D Content: Passive 3D projectors.
Warranty: 2 years under normal operating environments life expectancy is beyond 10 years.

Accessories
For Weighted, Turnbuckle, or Low Profile Frame type Hanging Kits for open air screen displays, or in-wall and thru wall displays or stand alone screen displays.

Sizes
Screens can be cut to any size or shape (ovals, circles, silhouettes, etc.) within each maximum sheet size dimensions below and can be curved, flexed or formed without loss of optical performance.