Mars Gaming ML-TWO120W

The ML-TWO120 is an AIO liquid cooling solution that combines premium ARGB design, state-of-the-art thermal performance and ultra-quiet operation. With a fourth-generation pump with a copper base and microchannels, a copper core ARGB fan, state-of-the-art FDB bearings, and an Infinity Mirror effect both on the core and fans, this cooling system not only maximizes heat dissipation, but also transforms the aesthetics of your setup. Compatible with ARGB motherboards and CPUs up to 300W TDP, it takes your setup to the max

ARGB design with Infinity Mirror effect

The ML-TWO120 stands out for its striking design with an integrated Infinity Mirror effect on the rectangular pump block and fan core. Both the fan and the pump light up in a surrounding style, allowing full visual customization of your equipment.

Next-generation thermal performance

Thanks to its fourth-generation Opti-Chamber pump with a copper base and high-precision micro-channels, high-efficiency radiator, and optimized low-resistance tubes, this AIO kit offers outstanding thermal dissipation. Prepared to support up to 300W TDP, it maintains optimal temperatures even under extreme loads in gaming or professional tasks.

Ultra-quiet operation

The 120mm ARGB fan with copper core and aluminum and Fluid Dynamic Bearing (FDB) ensures a powerful, stable, and quiet airflow. Its design reduces internal friction and vibrations, ensuring smooth and discreet operation, ideal for environments where silence is as important as performance.

Unlimited ARGB Integration

The ARGB lighting of the system can be fully synchronized with the rest of the components of your setup using compatible controllers or motherboards such as ASUS Aura Sync, Mystic Light, and RGB Fusion, allowing you to create custom and dynamic effects that evolve with your style.

Total compatibility

The ML-TWO120 is compatible with a wide range of Intel and AMD sockets, including Intel LGA 2066/2011/1851/1700/1366/1200/115x and AMD AM5/AM4. Its integration is simple and flexible, adapting to virtually any high-performance configuration thanks to its versatile and universal design.