Laptop stand TRUST Macy Foldable aluminium, grey — 280 mm height, 23×46 mm base, 20 kg capacity

The TRUST Macy foldable aluminium laptop and tablet stand provides a stable, non-slip surface to keep laptops secure during use. Constructed from lightweight aluminium with rubber padding, it supports devices up to 17.3" (43.9 cm) and a maximum load of 20 kg. The stand folds flat for transport and storage and includes a compact pouch for on-the-go use. Its open-frame design improves airflow to help prevent overheating while raising the screen to a more ergonomic viewing angle.

Advantages

The Macy stand combines a durable aluminium structure with rubber anti-skid surfaces for solid grip and extra stability. It is foldable and ultra-portable, offering a premium look and a lightweight build. The included pouch simplifies transportation, and the open design promotes cooling for prolonged device use.

Suitable for

• Laptops up to 17.3" (43.9 cm)
• Tablets and hybrid devices
• Portable workstation setups for travel or remote work
• Users seeking improved ergonomics and better device ventilation

Key specifications

• Brand: TRUST
• Model: Macy, foldable aluminium
• Maximum compatible screen size: 43.9 cm (17.3")
• Maximum weight capacity: 20 kg
• Height: 280 mm
• Base dimensions: 23 × 46 mm
• Material: Aluminium with rubber padding
• Colour: Grey (aluminium)
• Weight: 0.265 kg

How to use

Unfold the stand and select one of the seven height positions by engaging the spring-loaded adjustment until it locks. Place your laptop or tablet on the rubber-padded surface to ensure a secure, non-slip fit. For transport, collapse the stand flat and store it in the supplied pouch. The open-frame layout allows air to circulate beneath the device during use.

Recommendations

Place the stand on a stable, level surface and ensure the adjustment mechanism is fully locked before placing a device on it. Regularly check the rubber padding for wear and clean with a soft, damp cloth. Avoid exceeding the maximum device weight of 20 kg and do not force the adjustment beyond its designed positions.