Starting with the hot CPU, FlowOp looks to optimize the flow of liquid, enabling it to carry heat quickly and efficiently away from the CPU while preserving the lifespan of the components. To achieve this, we made improvements to practically every phase of the MasterLiquid Pro's cooling loop.
We stacked an extra chamber on top and engineered it so that cold stuff can go in, but hot stuff can't go back up.The cooler upper chamber is where we store all of the vital components
We stacked an extra chamber on top and engineered it so that cold stuff can go in, but hot stuff can't go back up. We grabbed technology from top-end DIY liquid cooling kits to create a powerful pump that sprays liquid directly at the center of the water block. It solves the issue of slow flow and allows us to mount more ultra-fine fins on the copper base, creating more surface area from which the coolant can take away heat.
Adding to that effort towards silence, we encased the pump needed to drive that concentrated spray at our CPU with a silent driver. The custom driver rotates way more smoothly than any other technology out there, reducing noisy clicks and vibration. It's like you're using a V8 engine and can't even notice.
Many of Cooler Master's products are known for their easy installation. To fit our Pro lineup to the motherboard and install fans, all you need to bring are your two hands and a screwdriver.
The MasterLiquid's unique square fin design creates greater surface area for absorption of the heat and allows for spacious airflow. The increased space means we can use a quieter fan that pushes air farther out of the case. It's really quiet.
The spacious square fins gave us leverage to use all-new MasterFan Pro Air Balance fans. The blades push air farther out of the case and are quieter than high static pressure fans. And they'll last just as long as your liquid cooler.
Water-based cooling solutions are for those who want to push their system. The harder you drive your CPU, the better AIO liquid cooling performs