Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand
Foldable Aluminum Alloy Notebook Stand

Foldable Aluminum Alloy Notebook Stand

Regular price $49.97 Sale price $39.97
Unit price  per 

Features
  • Foldable&Portable Design - Instant apply and fold. easy to store, and takes up very little space; convenient to carry, you can put it in a backpack or bag. Fits for 11 inches to 17.3-inch laptops/notebook computers and tablet.

  • Height&Angle Adjustable - Height adjustments options accord with an ergonomic design which adjusts posture to help you ease pains in shoulder and waist, prevent eyestrain and even eliminate hand fatigue. It is great to prevent your device from overheating as well.

  • Steadiness&Durability - Made of aluminum alloy, nylon, and stainless steel, premium materials make the stand holder more sturdy. Four-point non-skid pads keep the stand stable and protect its surface once placed on. Ideal for home use, office, outdoors, traveling, schools, hotels and more.

  • Good Ventilation - The back of this portable laptop stand is completely suspended and has no structural obstruction, which is more conducive to computer ventilation. One second quick open or close design. Laptop cooling stand keeps your laptop cool and no more heating up.

  • New Ergonomic Design - Raises notebook screen height to eye level for better ergonomics, don't need an outer keyboard and very comfortable. Relieves the wrist and spine fatigue caused by using a laptop for long periods of time.

Specification

  • Material: Aluminum Alloy
  • Storage size: 24x16.5x(5.5-15.5)cm
  • Adjust the gear position:small 6 files (lifting height 5.5~15.5cm)

Package Included

1 x Foldable Aluminum Alloy Notebook Stand

SHIPPING DELAY NOTICE:
Please be expected 2-4 weeks shipping delay due to High Volume of Order