Laptop stand Durable Effect 43.2 cm Anthracite Metal Plastic

The Durable Effect Laptop Stand is designed to support laptops with screen sizes up to 43.2 cm (17 inches). Constructed from metal and high-quality plastic, the stand provides a stable platform that raises the laptop to a more ergonomic viewing height while maintaining a compact footprint. Finished in anthracite, it blends into professional and home office environments and is compatible with a variety of laptop models.

Advantages

This laptop stand combines durability and light weight thanks to its metal and plastic construction, delivering reliable stability for everyday use. Its small dimensions—approximately 160 mm in width and depth and 113 mm in height—make it easy to place on crowded desks or carry between work locations. The anthracite finish offers a neutral, modern appearance that matches most office equipment.

Suitable for

• Laptops up to 43.2 cm (17") screen size
• Home offices and remote workstations
• Shared or hot-desking environments
• Compact workspaces with limited desk area

Key specifications

• Material: metal and plastic
• Colour: anthracite
• Maximum compatible laptop size: 43.2 cm (17")
• Approximate dimensions (W × D × H): 160 mm × 160 mm × 113 mm
• Designed for desktop placement and portability between workstations

How to use

Place the Durable Effect Laptop Stand on a stable, flat surface and set the laptop centered on the platform so it rests securely. Ensure vents and cooling surfaces of the laptop are not obstructed. Use the raised height to improve screen alignment with external displays or to reduce neck strain when working at a desk. When transporting, close any foldable parts if applicable and carry the stand alongside your laptop to prevent scratches.

Usage recommendations

For ergonomic benefit, pair the stand with an external keyboard and mouse and position the top of the laptop screen at or slightly below eye level. Regularly check that the laptop sits stable on the stand and that rubber feet or non-slip surfaces remain intact to avoid sliding.