How to assemble a dual monitor stand
A dual monitor stand holds two screens on one pole, using either a desk clamp, a grommet bolt or a heavy freestanding base. The job is balancing two screens so the pole stays upright and each arm holds its screen without drooping.
- Time
- about 40 min
- Difficulty
- Easy
- People
- 2 people
- Steps
- 7
Tools needed
- Allen keys (supplied)
- Cross-head screwdriver
- Spirit level
Parts to check first
Before you start, lay everything out on a soft surface (the flattened box works) and check it against the parts list in your manual.
- Pole
- Clamp, grommet bolt or weighted base
- Crossbar or two arms
- Two VESA plates
- Monitor screws, spacers and cable clips
Step by step
Step 1: Check both monitors' weight and VESA hole pattern against the stand's limits, and that the pair is not too wide for the crossbar.
Step 2: Fit the pole to the clamp or grommet mount on a solid part of the desk, or bolt it to the freestanding base.
Step 3: Slide the crossbar or both arms onto the pole at roughly eye height and lock the height collar.
Step 4: Screw a VESA plate to the back of each monitor with the right screws and spacers, laying the screens face down on something soft.
Step 5: With a helper holding the stand, hang the first monitor and then the second, so the pole is not pulled over by one-sided weight.
Step 6: Level the screens with a spirit level along the tops, and set the tilt tension so each stays where it is put.
Step 7: Run the cables down the pole in its clips with slack for turning the screens.
Common mistakes
- Hanging one heavy monitor alone on a freestanding base, which can tip it.
- Clamping to a thin or hollow desktop that crushes under the load.
- Using screws too long for the monitor's VESA holes.
Safety notes
- Stay within the per-arm weight rating; the limit is per screen, not for the pair.
- Freestanding bases are less stable than clamps; do not lean on the screens.
This is general guidance for this type of product. Your product's own manual comes first: follow its order, fittings and torque values where they differ from this page.
Updated 2026-09-30