Integrated E-motor Cooling
Liquid cooling for an e-motor. Designed to reduce pressure drop by 43%.
We offer highly efficient cooling components for high powered tech.
Designed by AI, approved by engineers
We solve your thermal design challenges using
human expertise and artificial intelligence.
When you work with us, you'll receive an expert thermal
consulting service and gain access to the most
powerful heat sinks and cold plates on the
market, fast.
High density cooling
is our specialty.
More than topology optimization
Conventional topology optimization serves as inspiration for engineers to design industry ready, manufacturable solutions. It solves a part of their design challenges. Without the additional work of the engineers themselves, the design couldn't be manufactured.
With the emergence of artificial intelligence, that's no longer the case. Our advanced engineering design algorithm surpasses topology optimization by solving entire design challenges autonomously, providing fully manufacturable and highly efficient designs in a matter of days.
X, our virtual
engineer, is powered by artificial intelligence. Generative thermal design is what X was born to do.
Generative Thermal Design Examples
In our weekly design series, XWeekly, we showcase the high performance designs generated by our virtual engineer using artificial intelligence.
E-motor Cooling Jacket
Liquid cooling for an e-motor. Designed to reduce motor temperature by up to 30%.
Liquid Battery Cold Plate
Liquid cooling for a battery. Designed to reduce mass by 40%, yet maintains minimal temperature.
Air Cooled Heat Sink
Air cooling for power electronics. Designed to increase temperature uniformity by 25%.
Extruded Air Cooled Heat Sink
Air cooling for a semiconductor. Designed to reduce temperature by 35%.
Liquid Cooled Cold Plate
Liquid cooling for an inverter. Designed to reduce peak temperatures in two different heat sources by 25%.