Supporto per laptop Vision VLM-TL grigio metallo 32 cm altezza rotazione 360°

The Vision VLM-TL laptop stand is a metal turntable stand designed to raise and rotate laptops for improved ergonomics and convenient sharing. Constructed from durable grey metal, the stand offers stability while remaining lightweight (0.89 kg). It features a maximum height of 32 cm, 360° rotation and arms that extend up to 14 cm to position the laptop screen closer to eye level. Large ventilation apertures and a stable round base support natural cooling and a compact desk footprint.

Advantages

The Vision VLM-TL provides extensive adjustment options including height lift and full rotation, enabling ergonomic placement for a wide range of laptop sizes. Silicon non-slip pads secure the laptop and prevent sliding, while the round metal base delivers stability without occupying much desk space. Openings in the platform promote natural heat dissipation for better thermal management.

Suitable for

• Office workstations where screen height and posture need improvement
• Meeting rooms and collaborative spaces for sharing screen content
• Home offices requiring a compact, stable laptop riser
• Users with laptops of various sizes seeking adjustable positioning

Key specifications

• Model: Vision VLM-TL
• Material: Metal
• Colour: Grey
• Maximum height: 32 cm
• Arm extension (lift): 14 cm (140 mm)
• Rotation: 360° turntable
• Weight: 0.89 kg

How to use

Place the Vision VLM-TL on a stable desk surface and position the laptop on the platform so the silicon pads contact the laptop base. Adjust the arm height up to the required position (maximum 32 cm) and rotate the platform as needed for viewing or sharing. Ensure the laptop sits securely and that ventilation openings are not obstructed to allow natural cooling.

Recommendations

For best ergonomic results, set the laptop screen at eye level and use an external keyboard and mouse when possible. Avoid placing heavy objects on the stand and keep ventilation apertures clear to maintain efficient heat dissipation.