ERGO OFFICE ER-691 W kaasujousi pöytäteline 17-32 tuuman näytöille enintään 10 kg, mattavalkoinen

Imagine your workspace transformed: a single monitor floating effortlessly above your desk, freeing valuable surface area for notes, peripherals, or simply a cleaner look. The ERGO OFFICE ER-691 W gas spring desk mount makes this a reality for displays from 17 to 32 inches and weighing up to 10 kg. Its matte white finish blends seamlessly into modern, light-coloured offices or home studios, while the gas spring mechanism delivers smooth, tool-free height adjustment with just a light touch.

Key specifications

• Fits monitors 17"–32" and 1–10 kg
• Gas spring height adjustment for effortless repositioning
• VESA compatibility: 75x75 mm and 100x100 mm
• Tilt +90° / -90°, swivel +90° / -90°, 360° rotation
• Integrated cable management keeps cords tidy
• Desk clamp or grommet mount, fits desks up to 85 mm thick
• Durable steel and aluminium construction with matte white finish

Why choose it

Unlike fixed mounts, the gas spring arm lets you raise, lower, or swing your monitor with one hand—no knobs to loosen or tighten. The wide tilt and swivel ranges support ergonomic viewing angles, reducing neck and eye strain during long work sessions. Built-in cable channels hide unsightly wires, and the clamp/grommet dual mounting options ensure compatibility with most desks, including those with pre-drilled holes.

Ideal use cases

• Home offices where desk space is limited
• Professional workstations requiring frequent monitor adjustments
• Gaming setups needing quick repositioning for different genres
• Shared desks where multiple users adjust the display height

Good to know

Installation is straightforward with the included hardware and instructions. The mount supports both clamp and grommet mounting; ensure your desk thickness does not exceed 85 mm. The matte white coating resists fingerprints and scratches, maintaining a clean look. For heavier monitors up to 10 kg, the gas spring is pre-calibrated and can be fine-tuned for optimal tension.