Give your office a unique style with our Custom Die Cut Shape Mouse Pads. It comes in different sizes, thicknesses, and shapes. Sizes available are: 7", 8", 9", and 10" to give the user more precision and comfort while keeping the desk scratched free by continuous hand and mouse rubbing motion. You may also select your preferred thickness: ¹⁄₁₆", ¹⁄₈", and ¹⁄₄". The added thickness helps negate any uneven surfaces the mouse pad would be on, giving you the flattest surface possible. The edges are expertly glued using Super Acrylic Glue which softens the surface and bonds two pieces into one. It prevents wear, deformation, and degumming which also increases the lifespan and aesthetics of the mouse pad. The top smooth surface of the mouse pad is made of durable heat-resistant soft woven polyester fabric, allowing more accurate and faster movement, providing you with the maximum comfort using experience.
A traditional mouse pad is also available. Its top surface is made of high-quality plastic laminated material with a matte finish. It is designed with a finely textured surface that improves the tracking of mouse movements and creates a consistent sliding effect. Optimized for fast-moving while maintaining excellent speed and control during working or gaming. The bottom is made of natural non-slip rubber to hold the table firmly and protect your table from scratches.
Our Custom Die Cut Shape Mouse Pad is massive. It will have room for your mouse, leaving plenty of room for comfort. Stability is key for the sweatiest of gamers, you can’t have your mouse pad slipping around during game play. This will be no problem with this pad. The thick natural rubber anti-slip base material will hold a sturdy death grip on any surface you place it on.
An option to select a mouse pad with gel wrist rest is also available for this design. Wrist rest provides a comfortable resting spot when you're not typing. Unlike mousing on hard surfaces, you won't have to worry about pressing down too hard, as the gel will soften and distribute the force of contact.