Atdec

60mm wall channel.

The AWMS-6-13717 is a six arm combination attached to a 750mm post. Display height, optimal viewing angle and orientation can be set to individual requirements. Built from lightweight and yet durable aluminium, the mount can be easily recycled at the end of its life. Displays up to 24 ". The six display arms can be installed in any of the four channels of the 750mm post. Extended arm reach provides support for a range of display sizes and greater cockpit angles. Perfect for screen real estate demanding applications.

The SYSTEMA modular design allows the user to create a custom solution by combining monitor arms and notebook trays with desk posts, wall mounts and other accessories to create a limitless variety of configurations. Combine any of the following assemblies to create the ultimate mounting solution for any environment.

The ADBS-1-4FBB is a pre-configured mounting solution for single freestanding floor display. The mounting brackets support displays up to 110lb and are attached to an 18.9 " horizontal mounting rail. Ideal for limited space.

The AWMS-4-4675 is a quad 460mm arm combination attached to a 750mm post. Display height, optimal viewing angle and orientation can be set to individual requirements. Built from lightweight and yet durable aluminium, the mount can be easily recycled at the end of its life.

The ADBS-1X2-4FCF is a pre-configured mounting solution for floor-to-ceiling display. The mounting brackets support displays up to 50kg and are attached to two 0.48m horizontal mounting rail. Ideal for limited space.

The AWMS-RHXB dual crossbar display desk mount is designed to support two displays with a single monitor arm. Its spring-assisted design with three points of articulation enables effortless simultaneous adjustment of both monitors from a seated position. The crossbar features a horizontal rail which enables display position adjustment in both directions, to accommodate monitors of different sizes and landscape/portrait configurations.

The AWMS-RHXB dual crossbar display desk mount is designed to support two displays with a single monitor arm. Its spring-assisted design with three points of articulation enables effortless simultaneous adjustment of both monitors from a seated position. The crossbar features a horizontal rail which enables display position adjustment in both directions, to accommodate monitors of different sizes and landscape/portrait configurations.

The AWMS-RHXB dual crossbar display desk mount is designed to support two displays with a single monitor arm. Its spring-assisted design with three points of articulation enables effortless simultaneous adjustment of both monitors from a seated position. The crossbar features a horizontal rail which enables display position adjustment in both directions, to accommodate monitors of different sizes and landscape/portrait configurations.

Designed to make video wall installations as quick and simple as possible, this modular video wall mount can be used to create unlimited video wall configurations in both landscape and portrait format. The pop-out system enables quick and easy access to the rear of mounted screens for servicing.

The SYSTEMA modular design allows the user to create a custom solution by combining monitor arms and notebook trays with desk posts, wall mounts and other accessories to create a limitless variety of configurations. Combine any of the following assemblies to create the ultimate mounting solution for any environment.

The AWMS-2-ND13 is a notebook and display spring arm combination attached to a 135mm post. Its spring-assisted design with three points of articulation and landscape to portrait rotation enables effortless adjustment from a seated position and is the ideal solution for Activity Based Workplaces. The arms incorporate a spring tension visual gauge indicator to save time and effort with multiple installations. The flexibility extends to the choice of desk fixing options (not included). Built from lightweight and yet durable aluminium, the mount can be easily recycled at the end of its life.