A mobile CPU holder designed to protect and support desktop computer towers while making relocation simple and stable. Key benefits Protects the computer mainframe by lifting the tower off the floor to reduce dust contact and direct impact. Makes moving the tower safe and easy with smooth mobility and lockable brake wheels. Rounded corner design reduces the risk of bumping or scratching surrounding furniture during moves. Improves workspace flexibility, allowing quick reconfiguration in home, office, or shared spaces. Features and attributes grade material construction for durable support and long service life. Rounded corners to minimize accidental knocks and to protect both the case and surroundings. Four brake wheels provide mobility when unlocked and stability when locked, so the stand stays put during operation. Designed for computer tower and mainframe support; suitable for standard desktop towers and similar sized units. Compact floor stand format suitable for placement beside desks, shelving, or under workstations. Practical use scenarios Home office: move a desktop tower out from under a desk for cleaning, maintenance, or reorganization without heavy lifting. Shared workspace or classroom: reposition towers quickly between stations, then lock wheels to keep equipment stable during use. Café or creative studio: relocate hardware to suit different seating arrangements or events while protecting cases and surrounding surfaces. What customers should know Function: lifts and supports computer towers, enables mobility, and locks down for stable operation. Compatibility: intended for desktop computer mainframes and tower cases; verify fit against your tower dimensions if precise clearance is required. Performance: combines durable material strength with wheelassisted movement and a brake system to balance portability and stability. This movable tower stand offers a practical, loweffort solution for protecting and positioning computer mainframes across a variety of environments, helping maintain equipment condition while simplifying rearrangement and access.