Braccio doppio per monitor LCD ROLINE 17.03.1230

The ROLINE Dual LCD Monitor Arm ROLINE 17.03.1230 is a desk-mounted solution designed to hold two LCD monitors while improving ergonomics and saving workspace. It features a sturdy aluminium-alloy construction, a desk clamp fixing and a sleek silver finish. The arm supports VESA 75 and VESA 100 mounting patterns and accommodates monitors up to 8 kg each.

Advantages

This dual monitor arm provides flexible positioning with four joints and long arms for extended reach, smooth tilt and rotation for portrait or landscape viewing, and integrated cable management to keep cables tidy. Its clamp mounting fits desks with thicknesses from 15 to 100 mm, and the 400 mm pillar gives stable vertical adjustment.

Suitable for

• Office workstations with two monitors
• Home offices and remote working setups
• Design and programming desks requiring adjustable monitor positions
• Shared workspaces where desk space needs to be maximised

Key specifications

• Model: ROLINE 17.03.1230
• VESA compatibility: 75 x 75 mm and 100 x 100 mm
• Load capacity: 8 kg per monitor
• Pillar length: 400 mm
• Arm length: up to 620 mm
• Tilt range: 180° up and down
• Rotation: 270° (portrait and landscape)
• Fixing: Desk clamp for 15–100 mm thickness
• Material: Aluminium alloy
• Finish: Silver
• Manufacturer part number (MPN): 17.03.1230
• EAN: 7611990169757

How to use

Attach the clamp to a suitable desk edge (15–100 mm thickness) and secure the 400 mm pillar. Mount each monitor to the VESA plate (75 x 75 mm or 100 x 100 mm) and fasten according to the monitor manufacturer’s instructions. Adjust arm joints and height to achieve comfortable viewing angles, then set tilt and rotation for portrait or landscape orientation. Route monitor cables through the integrated cable management channels to keep the workspace organised.

Recommendations

Ensure each monitor does not exceed the 8 kg load limit and verify VESA compatibility before installation. Tighten all fasteners progressively and test the range of motion slowly to find the optimal tension for stable positioning.