These filters help reduce mirror-like reflections from indoor bright lights to help keep what's on your laptop or monitor clear and visible. These filters diffuse light to reduce glare, are easy to apply, remove, and re-attach numerous times as needed with no lamination or bubbles and are compatible with most touchscreen displays.
Free up valuable desk space and bring your monitor to a comfortable viewing height and distance while sitting or standing. Sturdy steel construction holds two monitors up to 28.5" width and 20 lb each. Easily clamp mounts to surfaces up to 3.25" thick, no tools needed (grommet mount also available). Cord management clips on the arms and pole.
Save valuable desk space and easily move your monitor, monitors or a combination of monitor and laptop to a comfortable height for viewing, reducing eye, back and neck strain. Highly adjustable arm moves smoothly up and down through 10 3/5" height adjustment range with just a touch. Arm also moves in and out and side to side with ease so you can move your monitor out of the way when not in use or share your screen with others. Made from aluminum alloy and metal materials for an elegant yet strong and stable design. Easy-to-install and includes both clamp and grommet hardware. Internal cable management route cables neatly under arm. For VESA MIS-D 75x75/100x100mm compliant monitors up to 20 lbs and 27".
Easy to remove for collaboration, sharing or to clean as needed. You get crisp image clarity on your screen, while visual hackers with side views are kept in the dark. Fade to black starting at the 30-degree side angle, are great for high-resolution monitors and reduce 35% of blue light transmission.
These filters utilize ingenious microlouver technology to deliver world-class effective privacy for laptops and monitors. Side views are "blacked out" from prying eyes while your screen remains clearly visible to straight-on views. These filters fade to black starting at the 30-degree side angle, are reversible between a glossy side and glare-reducing matte and reduce 35% of blue light transmission.