Description
SeeMax Ambient Light Rejecting Fixed Projector Screen
The SeeMax Ambient Light Rejecting (ALR) Fixed Projector Screen delivers stunning image clarity and contrast even in bright environments. Built with advanced Japanese optical screen technology, this screen uses a high-performance, multi-layer optical coating that enhances brightness and eliminates ambient light interference—making it ideal for both home theaters and professional installations.
Specifications
| Nominal Diagonal | Aspect Ratio | View Height (cm) | View Width (cm) |
|---|---|---|---|
| 100" | 16:9 | 124.5 | 221.4 |
| 120" | 16:9 | 149.4 | 265.7 |
Product Overview
Engineered with precision optics, the SeeMax ALR Fixed Screen offers superior image performance under a variety of lighting conditions. Its 7-layer optical coating increases brightness by up to 2x and contrast by up to 10x compared to traditional projection screens. This technology ensures rich color reproduction and deep black levels even when used in a well-lit room.
Key Features
- Japanese optical material for unmatched image clarity and precision
- 7-layer optical coating for enhanced brightness and 10x higher contrast
- Ceiling and ambient light rejection for optimal visibility in bright environments
- Delivers high contrast performance without requiring a darkened room
- Performs equally well in bright or dark spaces
- ISF certified for accurate color calibration and picture uniformity
Applications
The SeeMax ALR Fixed Projector Screen is perfect for home cinemas, conference rooms, and commercial venues that require bright, vivid images without the need for full light control. Its elegant fixed-frame design provides a flat, tensioned surface for a true-to-life cinematic experience in any environment.
Summary
With advanced Japanese optical coating, superior ambient light rejection, and ISF compatibility, the SeeMax Fixed ALR Screen delivers professional-grade picture quality and vibrant visuals in any lighting condition—making it one of the best choices for both entertainment and presentation applications.