3M CS200MB Black Underdesk CPU Mount for Easy Access and Space Optimization

The 3M CS200MB CPU Mount is designed to securely attach your computer's CPU to the underside of your worksurface, helping to maximize desk space and keep the workspace organized. Crafted from durable steel, this mount offers reliable support and stability, ensuring your CPU stays securely in place during daily use. Its sleek black finish seamlessly integrates with most office environments, providing a professional appearance while maintaining functionality.

Featuring a 360-degree swivel mechanism, the CS200MB allows effortless access to the back of the CPU for cable management, port access, and adjustments without the need to remove the mount. This feature simplifies routine maintenance and enhances overall workspace ergonomics. The mount is compatible with CPUs measuring between 3-1/2 inches to 9-1/3 inches in width and 12-1/2 inches to 22-1/2 inches in height, accommodating a wide range of standard computer towers.

Designed and manufactured in the United States, the 3M CS200MB emphasizes sustainability by incorporating 50% recycled content. Installation is straightforward, and no assembly is required, allowing for quick setup and immediate benefits in workspace organization. Whether used in office environments, home offices, or industrial settings, this CPU mount helps keep your work area tidy, accessible, and safe by preventing clutter on your desk and reducing trip hazards associated with floor-standing towers.Optimize your workspace with the durable, versatile, and eco-conscious 3M CS200MB underdesk CPU mount, and enjoy improved ergonomics, cable management, and extra space for your essential work tools.

Features:

• Mounts CPU to underside of worksurface to keep it off the floor

• 360-degree swivel ensures easy access to cables and ports at back of CPU

• Accepts CPUs 3-1/2" to 9-1/3" wide and 12-1/2" to 22-1/2" high

• Black finish complements various office environments

• Constructed from steel with 50% recycled content for sustainability