Laptop & tablet stand AXAGON STND-LAG, aluminium, for 10"–17.3", grey, height 91–150 mm, width 220 mm

AXAGON STND-LAG is a compact aluminium stand for laptops and tablets with screen sizes from 10" to 17.3". It provides stable support, improves ergonomics and facilitates heat dissipation to help maintain device performance. The stand folds flat for easy transport and has a grey finish that fits most workspaces.

Advantages

The stand is made of die-cast aluminium for durability while remaining lightweight. A non-slip finish prevents unwanted movement and protects the device surface from scratches. Eight adjustable positions allow you to set the viewing angle and height between 91 and 150 mm, enabling correct eye-level placement. The open design improves airflow under the laptop, contributing to better cooling and potentially longer device life. The stand supports a wide range of laptop and tablet sizes and folds into a compact form for portability.

Suitable for

• Laptops and tablets with screen sizes from 10" to 17.3"
• Home and office workstations
• Mobile work and travel
• Users needing improved ergonomics and device cooling

Key specifications

• Material: die-cast aluminium
• Colour: grey
• Compatible screen size: 10"–17.3" (25.4–43.9 cm)
• Adjustable height range: 91–150 mm
• Number of positions: up to 8
• Maximum load capacity: 20 kg
• Folded dimensions (W × D × H): 220 × 230 × 15 mm
• Weight: 312 g

How to use

Unfold the AXAGON STND-LAG and place it on a stable surface. Position your laptop or tablet on the holder so that the non-slip pads touch the device base. Adjust the angle and height by selecting one of the eight available positions until the screen is at a comfortable eye level and the keyboard angle suits your typing posture. Fold the stand flat when not in use or when transporting it.

Usage recommendations

For best ergonomics, set the top of the screen at or slightly below eye level and use an external keyboard and mouse if typing for extended periods. Ensure the device is centered on the stand and do not exceed the maximum load capacity.