Important information

Orders on the website have been deactivated, if you need our products our services, please join us on Discord and contact us directly! Thanks for your understanding.


Video gamers, industrial and graphic designers, architects, video editors, photographers... Nowadays, there are many people whose processors are heavily used. Of course, a processor that calculates is a processor that heats up and a ventilation system that turbines noisily. The solution to this noise? A watercooling system.

Unlike a simple air cooler, the heat from your components no longer spreads through your case, but rather in a closed circuit containing a heat transfer fluid. This liquid, generally composed of water, will then convey this heat to a radiator and a fan which will expel it out of the case. “But there is still an air cooler!” will you say. And you'd be right ! But unlike air coolers usually attached to the heating components (CPU, GPU, etc.), this one has a radiator with a much larger heat transfer surface, allowing efficient evacuation with fans running at lower speeds!


Refrigeration technicians, computer scientists, electronics engineers and chemists... We find a bit of all these qualifications in each overclocker. They are kind of like the engine tuners of computing systems !

Of course, their main objective, which is to increase performance, is often accompanied by an increase in the produced heat. This is where a problem appears since electronics generally do not appreciate overheating. For the most extreme cases, solutions exist including the use of evaporators for liquid nitrogen or liquid helium . This requires a huge control and a very reliable equipment in order to maintain a minimum of precision in the adjustments that take place throughout the tests.

And what is more reliable and more effective for controlling a system than using high-quality, custom-designed solutions?