Mouse pad AVELI DESQ model 1415 — standard size, fabric surface, non-slip base

AVELI DESQ model 1415 is a standard-size mouse pad featuring a fabric surface engineered for smooth cursor movement and a non-slip base designed to keep the pad firmly in place during regular office and home use. The pad supports both optical and laser mice, reduces micro-slippage for improved tracking, and provides a protective layer between the mouse and the desk surface to reduce wear.

Advantages

The fabric surface ensures consistent glide and precise tracking for everyday tasks, while the non-slip base prevents unwanted movement on various desk materials. The standard dimensions offer a balance between ample working area and compact footprint, making it suitable for constrained workspaces. Its thin profile adds minimal height to the desk setup and contributes to comfortable mouse handling during extended use.

Suitable for

• Office work with optical or laser mice
• Home computer use for browsing and casual gaming
• Compact workstations where a standard-size pad is preferred
• Protecting desk surfaces from mouse-related wear and scratches

Key specifications

• Surface material: woven fabric for smooth glide
• Base material: non-slip rubberized backing
• Size: standard desk pad dimensions (suitable for most mouse movements)
• Profile: low height for minimal wrist elevation
• Compatibility: optimized for optical and laser tracking

How to use

Place the mouse pad on a clean, flat area of the desk with the fabric surface facing up and the non-slip base in contact with the desk. Align the pad so your mouse has adequate room for horizontal and vertical movement according to your typical tasks. Use with any compatible optical or laser mouse; no special setup is required. For best results, keep the surface free of dust and debris.

Usage recommendations

Clean the fabric surface periodically with a soft cloth or a mild detergent solution; avoid soaking the pad. Allow the pad to air dry completely before use. Avoid sharp objects and prolonged exposure to direct sunlight to preserve surface integrity and non-slip performance.