Kensington Slim Duo Gel Keyboard Wrist Rest

Ergonomic comfort for low-profile keyboards.

Professionals using low-profile keyboards without proper ergonomic support may experience wrist strain and discomfort. This can negatively impact their productivity and overall comfort.

The Slim Duo Gel Keyboard Wrist Rest offers a suite of innovative features that work in harmony to help professionals work more comfortably and productively throughout the day.

A gel-infused pillow supports the natural curvature of wrists for proper positioning, while an innovative ventilation channel keeps hands cool and dry while you type. The dual tone color scheme brings a burst of color and personality to any workspace, and a soft, easy-to-clean finish ensures lasting durability and a pristine appearance.

• Pairs with slim keyboards

• Gel-infused pillow supports all-day comfort

• Ventilation channel keeps hands cool and dry

• Duo tone style complements modern workspaces

• Easy-to-clean finish supports hassle-free upkeep

• Wipe down protection guarantees lasting performance

Low-Profile Design

Provides better alignment and support for your wrists and hands when paired with low-profile keyboards.

Gel-Infused Pillow

Designed to comfortably match the natural curvature of your wrists, the gel-infused pillow provides ideal ergonomic support for reducing wrist strain and discomfort.

Ventilation Channel

Engineered to keep your hands cool and dry even during the most demanding tasks, the innovative ventilation channel supports comfort and uninterrupted productivity.

Duo Tone Style

Elevate your workspace with a dual tone color combination, adding a burst of color to your setup.

Easy-Clean surface

A soft, easy-to-clean finish ensures effortless maintenance, providing a clean surface for your typing comfort and maintaining a spotless look even after extensive use.

Wipe Down Protection

Meets MIL-STD-810H Method 504.3 Contamination by Fluids with disinfectants with no degradation - guaranteeing lasting performance and peace of mind by demonstrating resistance to breakdown when exposed to cleaning and disinfecting solvents.