Conventional designs don't compare

  • Network of small channels result in uniformity


    The small channels have a high contact area with the liquid, improving the convective cooling.


    Small pins lead to high heat transfer


    The small structures and pins have a high contact area with the liquid, resulting in very high heat transfer.

    Small pockets lead to thermal mixing


    The small pockets ensure that the thermal boundary layer is interrupted and subsequently re-initiated.



    Large channel effectively guides liquid


    The large channel carries cold liquid through to the smaller channels, which then regulate flow through a bottleneck effect to ensure even distribution.

Diabatix generative cold plate comparison

Lower thermal resistance and pressure drop, higher efficiency gains


Compared to an s-shaped design, our generative design results in higher efficiency gains, lower thermal resistance, and lower pressure drop.

Our software in action


Each frame in this video represents a unique design iteration

Liquid cooling examples


In our weekly design series, XWeekly, we showcase the high performance thermal designs created with our software.

Request a demo

What's in a demo?

A demo consists of a short call with one of our AI design engineers, who will elaborate on generative heat sink design and our software's capabilities.

ABOUT DIABATIX
Founded in 2016, Diabatix is a Belgian company that specializes in generative thermal design. Through the potent combination of AI and generative design, our software is capable of designing, analyzing, and optimizing cooling components with extreme speed and efficiency. With a focus on heat transfer, the thermal designs generated from our software are made to cool the high powered tech of today and tomorrow.
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