Mousepad Liocat PD 306S

The Liocat PD 306S Mousepad provides a smooth, consistent tracking surface designed for accurate mouse movements during gaming and office tasks. Its surface finish balances glide and control for optical and laser sensors, while the low-profile construction keeps hand and wrist position comfortable at the desk. A textured, non-slip base secures the pad to flat surfaces to prevent shifting during intense sessions. The understated appearance fits professional setups and gaming rigs alike.

Advantages

The mousepad combines a finely tuned surface for precise cursor control with durable materials that resist fraying and wear. The non-slip base minimizes unintended movement on different desktop materials, and the slim design maintains a stable wrist angle without adding bulk. The pad is easy to clean and maintains consistent performance over time.

Suitable for

• Office work that requires precise pointer control
• Casual and competitive gaming sessions
• Graphic design and photo editing tasks
• Home and workplace computer setups

Key specifications

• Surface type: smooth, micro-textured fabric for balanced glide and control
• Base: textured non-slip rubber to prevent movement
• Profile: low-profile, thin construction for ergonomic hand positioning
• Durability: stitched or sealed edges to reduce fraying (manufacturing finish)
• Compatibility: optimized for optical and laser mice

How to use

Place the Liocat PD 306S Mousepad on a clean, flat surface and position your mouse on the center of the pad. For best tracking accuracy, ensure the sensor area of the mouse is in contact with the fabric surface and that the pad lies flat without folds or creases. Keep the pad free of dust and debris which can affect sensor performance. When moving between setups, lift from one edge to avoid bending the pad sharply.

Usage recommendations

Clean the surface periodically with a damp cloth and mild soap; allow to air dry completely before use. Avoid prolonged exposure to direct sunlight and high heat to preserve materials and adhesion of the base.