The black Slim USB Laptop Cooling Pad from Aluratek is a suitable solution to cool your laptop and provide a comfortable angled work surface. You can extend the life and functionality of your laptop or Ultrabook by providing a constant even flow of cool air to keep your system from overheating.
The laptop cooling pad supports MacBook Pro, MacBook Air, Chromebook, Ultrabook, netbooks, and all laptops up to 17" display size. The cooling pad is equipped with dual 5" ultra-quiet fans that spin at 800 rpm to push out cool air. The metal mesh surface is designed to optimize airflow and helps to quickly dissipate heat that is generated by your laptop.
The cooling pad is designed to be slim and lightweight while keeping its durability. Blue LEDs illuminate the entire surface of the cooling pad. The angled surface creates a suitable viewing and ergonomic typing angle. Connect the pad to your laptop with the attached USB cable; a USB host port on the cooling pad makes sure you do not lose use of the USB port on your laptop. The cooling pad is USB bus-powered with low power consumption so there is no need for an external power adapter. The USB cable tucks neatly underneath the pad for easy portability. Whether you are at home, school, or work, the slim USB laptop cooling pad will provide your laptop with the airflow needed to keep your system running efficiently.
Dual Cooling Performance
The cooling pad features two large 5" diameter fans that generate an abundance of air to pass through the pad's metal mesh surface, to cool your laptop's heated chassis. The fans produce little noise while spinning at 800 rpm.
The cooling pad is 2" tall and has a thin and lightweight design, making it easy to take with you on-the-go. The USB cable tucks neatly underneath for easy cable management. The sturdy construction of the pad allows for a comfortable angled work surface.
The metal mesh surface allows for optimal airflow while enhancing cooling performance. It creates a continuous and evenly dispersed flow of cool air beneath your laptop to displace the heat generated by your system.