Mobile Charging Cart with 30 USB Ports, 300W Multi-Device Charging Cabinet with Lockable Glass Door, Rolling Charging Station for Phones, Wall-Mount/Desktop Option, Ideal for Offices, Schools

【Charge 30 Devices at Once】: Designed for efficiency, this mobile charging cart features 30 evenly distributed USB ports with a total power output of 300W. Perfect for schools, libraries, offices, or public venues, it enables simultaneous high-speed charging for multiple devices, improving workflow and eliminating downtime.

【Sturdy and Safe Construction】: Built from high-class cold-rolled steel, aluminum alloy, and tempered glass, the cabinet is strong, scratch-resistant, and corrosion-resistant. The electrostatic spray finish resists wear and tear, ensuring lasting performance in high-traffic environments.

【Advanced Safety Protection】: Equipped with comprehensive safety features—including overcharge, overcurrent, short circuit, overload, overpower, and magnetic field protection—this cabinet ensures every device is charged securely. Ideal for shared spaces where safety is a priority.

【Smooth Mobility with Locking Wheels】: The cabinet includes four smooth-rolling universal wheels and side handles for effortless mobility. Two wheels feature brakes to lock the unit in place securely, preventing accidental movement during use or in high-traffic areas.

【Secure & Tamper-Proof Design】: The anti-collision magnetic door enhances closure stability and prevents unintentional opening. It also comes with a secure locking mechanism and keys to restrict unauthorized access—perfect for public or shared environments.

【Optimized Heat Dissipation】: Built-in ventilation holes and partitioned compartments promote superior airflow, preventing overheating and supporting safe, continuous operation—especially useful in high-usage scenarios.

【Flexible Installation Options】: This charging cabinet adapts to any setup. Use it as a floor-standing unit with wheels, place it on a desktop, or wall-mount it using the pre-drilled back holes. Save space without sacrificing functionality.