Material Driven Design: High-Performance Cold Plates

Smarter cooling through material-driven optimization

Duration: 45 mins (watch on-demand)

Next-generation electronics demand efficient, compact, and highly adaptable cooling solutions. In this exclusive webinar, ToffeeX, Constellium, and Fraunhofer IWU industry experts showcase how advanced materials and generative design transform cold plate performance.

Learn how Aheadd® CP1, an advanced aluminum alloy, enables faster, more cost-effective manufacturing while enhancing thermal performance. See how ToffeeX’s physics-driven generative design software was used to develop a high-performance cold plate that optimizes heat dissipation and fluid distribution—all while reducing cost and production time.

What you will learn:

• Material advantage: How Aheadd® CP1 outperforms conventional alloys in thermal conductivity, corrosion resistance, and manufacturability.
• Flow optimization: Using ToffeeX’s generative design to reduce pumping power and maximize heat transfer.
• Accelerated design process: How Fraunhofer IWU validated and optimized the design in just two months using ToffeeX.
• Manufacturing-ready innovation: Learn how additive manufacturing and AI-powered design streamline production.

Who will get the most value:
This session is ideal for engineers, designers, and industry professionals in the electronics, automotive, aerospace, and energy sectors who want to enhance cooling system efficiency through next-generation materials and advanced design automation.

Read the case study of this benchmark electronics cold plate project of Aheadd® CP1—against the more commonly used AlSi10Mg.