Better cooling, from the inverter to the manufacturing tool.
Battery and inverter cold plates and oil coolers that move more heat, and manufacturing tools that last longer.
Get a demoMore power, more cycles, less time to design.
Inverters and batteries push more power through the same coolant loop. Dies and molds crack under thermal cycling, and every worn tool means downtime.
Cooling channels are still drawn by hand and reworked after each simulation, so programs rarely go past the first design that works. At high volume, that gap is paid on every part.
Better parts and tools, ready sooner.
Performance. Heat transfer and pressure drop, balanced in the same run.
Speed. A new design in hours, in step with the vehicle program.
Volume. Across a production run, small gains per part add up.
- 01Inverter and IGBT cold plates
- 02Battery cold plates
- 03Oil coolers
- 04Conformal cooling for manufacturing tools
- 05High-pressure die-cast runners
Conformal cooling for a die-casting tool
+67%
Die-casting tool life, from ~24K to ~40K cycles, with 50% less cooling-design time.
Read the study
Cross-flow oil cooler
~15 times
Heat transfer to pressure drop ratio, against the benchmark designs.
Read the case study
Integrated cooling for electric motorsport
~895 W
Measured in experimental testing, with dry ice as the cold sink.
Read the case study
Research and webinars
Parts running hot? Tools wearing out?
Bring your challenges. We will partner with you to solve them.
