Mouse pad ROLINE Laser Mouse Pad black — black surface for laser mice

ROLINE Laser Mouse Pad black provides a uniform, low-reflective surface specifically designed to work with laser and optical mice. The simple black finish reduces glare and supports precise tracking for everyday computer use. With a slim profile and anti-slip base, this mouse pad fits standard desk spaces for office and home setups and supports routine tasks such as browsing, document editing and general productivity.

Advantages

The ultra-flat surface ensures consistent contact between the mouse sensor and the pad, helping to maintain smooth and accurate cursor movement. The low-reflective black material minimizes interference with laser sensors, while the anti-slip backing keeps the pad stable on most desk surfaces. Its compact dimensions make it easy to position in smaller work areas without obstructing keyboard placement.

Suitable for

• Office workstations using laser or optical mice
• Home computer setups for browsing and productivity
• Compact desks and limited workspace environments
• Everyday computing tasks such as document editing and web navigation

Key specifications

• Colour: black
• Surface type: low-reflective, smooth finish for laser/optical sensors
• Thickness: 0.4 mm (ultra-flat profile)
• Dimensions: 220 x 180 mm (width x depth)
• Base: anti-slip backing for stable placement

How to use

Place the mouse pad on a clean, flat section of your desk with the anti-slip side facing down. Position your mouse on the pad so the sensor maintains continuous contact with the low-reflective surface. No special setup is required; the pad is ready to use immediately. To maintain optimal performance, keep the surface free of dust and debris that could affect tracking accuracy.

Usage recommendations

For best results, clean the pad surface periodically with a soft, slightly damp cloth and avoid harsh chemicals. Ensure the desk surface beneath the pad is dry and free of residues to preserve the anti-slip backing. Note: mouse is not included.