Fellowes Alumia - Notebook stand - portable - 15" - black

The Fellowes Alumia notebook stand provides a portable solution for laptops up to 15 inches, offering ergonomic adjustments with its adjustable height feature. Crafted from aluminum, this lightweight and foldable stand makes it easy to transport and set up anywhere. The non-slip pads ensure stability and safety for your device, making it an ideal companion for work or study on the go. With 93% recycled content, the Fellowes Alumia is designed sustainably, providing a responsible choice that does not compromise functionality.

• Portable design for easy transport
• Adjustable height for ergonomic use
• Foldable and lightweight for convenience
• Non-slip pads for secure placement
• Made of 93% recycled materials

• Ergonomic design
  The adjustable height feature of the stand allows for customization, promoting better posture and reducing strain during use.
• Environmentally conscious
  Constructed from 93% recycled content, the Fellowes Alumia stand helps to reduce environmental impact while delivering reliable performance.
• Compact and portable
  Its foldable design and lightweight aluminum material make it easy to carry, ensuring that it fits seamlessly into any travel routine.
• Stable support
  Equipped with non-slip pads, this stand provides a secure base for laptops, allowing users to work confidently without worrying about device stability.
• Wide compatibility
  Designed to accommodate notebooks up to 15 inches, it caters to various users, from students to professionals.

The Fellowes Alumia notebook stand provides a portable solution for laptops up to 15 inches, offering ergonomic adjustments with its adjustable height feature. Crafted from aluminum, this lightweight and foldable stand makes it easy to transport and set up anywhere. The non-slip pads ensure stability and safety for your device, making it an ideal companion for work or study on the go. With 93% recycled content, the Fellowes Alumia is designed sustainably, providing a responsible choice that does not compromise functionality.