Suporte para portátil Vision VLM-S Prateado Alumínio 14 cm de altura

The Vision VLM-S laptop stand is a compact aluminium stand designed to raise a laptop up to 14 cm. With a width of 260 mm and depth of 205 mm, it provides a stable platform for modern thin laptops while maintaining a low visual profile. The stand is made from aluminium and breaks down into three parts for quick, tool-free assembly. Strategically placed cable passages and minimal contact points support natural cooling and tidy cable routing.

Advantages

The VLM-S combines a slim, attractive aluminium finish with functional details such as non-slip silicon pads that keep the stand and laptop secure, built-in cable management holes for cleaner desk organization, and a three-part construction that allows easy assembly and compact storage. Its minimal contact design promotes passive heat dissipation from the laptop.

Suitable for

• Thin modern laptops and ultrabooks
• Home and office desks where a discreet stand is preferred
• Users seeking a portable, tool-free laptop stand
• Work setups that benefit from improved airflow under the laptop

Key specifications

• Material: aluminium with silicon pads
• Maximum height: 14 cm
• Dimensions (W × D): 260 mm × 205 mm
• Three-part, tool-free assembly
• Cable management holes for tidy routing
• Minimal contact points for passive heat dissipation

How to use

Assemble the three parts by aligning the components and snapping them together—no tools required. Place the stand on a flat desk surface and position the laptop so it rests evenly on the silicon-padded contact points. Route power and peripheral cables through the provided openings to keep the workspace tidy. Adjust laptop positioning as needed for comfortable viewing and typing.

Recommendations

For stable support, use the stand with thin or low-profile laptops that sit flush on the silicon pads. Ensure the desk surface is level and free of debris. Avoid excessive pressure on the edges; the stand is intended to support the laptop’s base and improve airflow rather than bear heavy loads.