Mounting
| Maximum screen size compatibility |
32 " |
| Minimum screen size compatibility |
15 " |
| Minimum VESA mount |
75 x 75 mm |
| Maximum VESA mount |
100 x 100 mm |
| Number of displays supported |
2 |
| Maximum weight capacity |
21 kg |
| Suitable for |
Public display |
Ergonomics
| Cord management |
Y |
| Built-in gas spring |
Y |
| Turn angle |
90 ° |
| Tilt angle |
-45 - 75 ° |
| Height adjustment |
Y |
15 - 32", Max. 21 kg, VESA 100 x 100 Max, 6.8 kg, Black
M VESA Gas Lift Arm Dual Side by Side HD Black
M VESA Gas Lift Arm Dual Side by Side HD - Mounting kit ( desk clamp mount, 2 articulating arms ) for 2 LCD displays - VESA 75x75 and 100x100 - aluminum - black - screen size: 15" - 32"
There are few things that are so important in the workplace as your working position during an 8-hour shift. So save back, neck and eyes and let’s make it easy to use dual monitors in the office.
The M Gas Lift Dual Side by Side gas suspended monitor arm was designed by Multibrackets to optimize your productivity and improve ergonomics while at work.
The M Gas Lift Dual Side by Side HD is made out of a durable aluminum construction and driven by true gas suspension technique. This makes even heavier screens "float" and they can be moved with near zero effort, holding screens from 9kg to a massive 21kg per screen. Sleek and streamlined, the M Vesa Gas Lift Arm HD frees up space and allows positioning of your displays for greater productivity. Fingertip tilt provides smooth adjustment for two LCD´s in any direction. Easy move the screen from landscape to portrait position or move the screens close to the desk, high up, matching almost any wanted working position imaginable.
Supports VESA standards 75x75 and 100x100 and holds screens weighing from minimum of 9kg and up to maximum of 21kg each.
The M VESA Gas lift Arms series utilize true gas based suspension technique. This German invented technology is used for a wide variety of industries and applications.
The gas technique to create its amazing effortless floating feel by balancing the pressure in the gas cartridge against the screens weight. This technique is not to be confused with the more economical and less functional spring technique found in more economical solutions on the market.
