kannettavan tietokoneen teline LOGILINK BP0065 — teräs, 600×260×120 mm, kestää jopa 20 kg, musta

The LOGILINK BP0065 laptop stand is a steel support platform measuring 600×260×120 mm designed to elevate laptops and provide a stable, ergonomic working position. With a black finish and a load capacity of up to 20 kg, the stand supports a variety of laptop sizes and reduces desk clutter while improving screen angle and airflow under the device for better cooling.

Advantages

The steel construction ensures durability and stable support for laptops and peripheral devices. Its dimensions offer a wide usable surface that accommodates larger laptops, docking stations or document placement. The elevated design improves posture by raising the screen closer to eye level and increases air circulation beneath the laptop, which can help reduce thermal throttling. The black finish integrates discreetly into office and home environments.

Suitable for

• Home office and remote work setups
• Shared workspaces and meeting rooms
• Multimedia use such as video playback and streaming
• Workstations requiring additional desk space under the laptop

Key specifications

• Material: steel
• Dimensions: 600 × 260 × 120 mm
• Maximum load capacity: 20 kg
• Colour: black
• Design: elevated platform for improved airflow and ergonomic viewing angle

How to use

Place the LOGILINK BP0065 stand on a stable, level surface and set the laptop centered on the platform to ensure balanced weight distribution. Align the laptop so air vents are not obstructed to maintain proper cooling. Use the space underneath the stand to store a keyboard, documents, or other accessories when not in use. Regularly check that the stand sits flat and clean any dust or debris that may collect on the surface.

Recommendations

Ensure the combined weight of the laptop and any devices placed on the stand does not exceed the specified 20 kg capacity. For prolonged typing sessions, pair the elevated laptop with an external keyboard and mouse to maintain a neutral wrist position and reduce strain.