MX410 Mesh-G RGB

Powerful Airflow and Compact Mid-Tower Case

MX410 Mesh-G RGB sports an attractive and compact design with a massive mesh front panel for better air flow performance. The integrated lighting button with built-in LED controller allows it to display amazing lighting effects. With a massive tempered glass left panel, MX410 Mesh-G RGB showcases a clean and tidy build. It has wider but more compact and powerful design, which allows you to have high-performance and abundant storage space.

Excellent Looks with Superior Airflow

MX410 Mesh-G RGB’s front panel combines with excellent appearance and sufficient airflow. Let it breathe through the front panel!

Enjoy the Dazzling RGB Show

The integrated lighting button with built-in LED controller allows MX410 Mesh-G RGB to display amazing lighting effects. It can also work to a compatible motherboards’ 5V connection for system-wide lighting synchronization.

Elegant Design with Massive Tempered Glass Left Panel

With the full-length PSU cover hides cables and a massive tempered glass left panel presents a clean and tidy build, you can easily build a pro-level system.

Wider but More Compact and Powerful

MX410 Mesh-G RGB’s 210mm width allows much larger interior space with better cooling performance and cable management. However, its compact exterior dimension takes up less desktop space. MX410 Mesh-G RGB can surely fit a full-sized ATX Motherboard, 300mm-length Graphic card, three 2.5” SSDs, and two 3.5” HDDs, which allow you to achieve the extreme operation and abundant storage space.

Abundant for Multiple USB Devices

The front panel is equipped with two USB 3.0 ports and two USB 2.0 ports, let you easily connect multiple peripheral devices and accessory charging. Not only optimize your processing experiences, but also keep all USB devices without limitations.

Strong Cooling Performance

MX410 Mesh-G RGB’s interior space supports up to 165mm height CPU air cooler, a 240mm water cooling radiator, and high-end cooling components. It helps you to protect critical components from overheating.