ALR screen, small package size, and easy setup.
0.5mm ultra-thin rollable diaphragms | Segmented frame for easy assembly | Anti-ghosting supported by the patented ALR
The traditional hard screen usually takes 4 people to carry, which causes considerable inconvenience. We innovatively divide the 2.2-meter-long frame of the ALR screen into two to effectively reduce the difficulty of handling and make home installation much easier.
The eight-layer optical precision structure eliminates mirror reflection and ghosting.
The screen adopts an eight-layer optical precision structure with a matte coating applied on its back layer to eliminate mirror reflection, ghosting, and sun spots on the front to ensure a comfortable visual experience. The optical precision structure is patented by Appotronics
The ambient occlusion value exceeds 85%, which ensures a wonderful projection effect during the day.
The screen adopts a Fresnel prism structure, which can effectively shield surrounding light sources except for the light projected by the laser TV below. This is why the ambient occlusion value is over 85%. In this way, even when used under fluorescent lamps and natural light, the projected picture is still clear and outstanding.
0.5mm ultra-thin rollable diaphragms, 100-inch projection image, and easy carrying design.
Putting the 100-inch large screen into a small box of 1.66× 0.42× 0.25m, elevators and stairs are no longer obstacles to enjoying the huge screen at home.
With around 98.2% screen-to-body ratio, the endless stream of exciting pictures are fully presented.
A 100-inch gray-scale screen with a 9mm metal frame treated with anodic oxidation brings an edge-free overall visual effect, and around 98.2% screen-to-body ratio allows the wonderful pictures to be fully and vividly presented.*
The metal frame is easy to maintain, stable, and durable.
The outer layer of the screen is designed with anti-scratch material, which is easy to clean and maintain; the aluminium alloy frame makes the rollable screen flatter and more stable.
