Next-level cooling
with generative design

Create high-performance designs
through physics & advanced algorithms

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ToffeeX’s cloud-native generative design software optimizes components faster, better, greener.

Setup

Define your domain and design goals.

Design

Generate optimized designs in hours.

Export

Export your designs ready to test.

Design for Manufacturing

We know every industrial process is different and every design requires its own manufacturing technology. ToffeeX lets you optimize for your preferred process, taking into account the characteristics and limitations of each method, including stamping, milling, 3D printing and more.

There’s no need to change the way you manufacture, just the way you design.

Additive manufacturing

Create the highest performing designs which can be 3D printed. Ensure manufacturability for any additive manufacturing process

Machining

Create optimized designs that can easily be manufactured using your milling or CNC processes, controlling your manufacturing parameters.

Stamping

Whether it’s your cold plate, fuel cell or heat exchanger, design low cost, high performance components that are very quick to manufacture at scale.

Chemical etching

Create complex and highly performing ‘2D patterns’ at low cost, from almost any metal. Optimized for your cooling components’ needs.

Technology

Those of us in machine learning are really good at doing well on a test set, but of-concept-to-production gap.

Implicit Modeling

Automation Design is group of experienced Engineers to help for Technology

Those of us in machine learning are really good at doing well on a test set, but unfortunately deploying a system than doing well on a test set. All of AI…has a proof-of-concept-to-production gap .

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See Details

		Conventional Design	DfAM Software
Time-to-market	Weeks	Months	Months
Design optimization
Design time	Hours	Weeks	Days
Expertise required	General engineering	Application specific	DfAM design & application specific
Deployment	Cloud-based	On-premise or cloud	Usually on-premise

ToffeeX has provided a richer characterisation of the design space: We could increase heat transfer, reduce pumping losses, coolant flow requirements, or trade these benefits for smaller, lighter, cheaper parts. The novelty of the geometries produced is valuable to break previous design habits and reach meaningful improvements.

- Danny Duder, Component Design Specialist

ToffeeX's physics-driven design software enabled us to generate a smaller design, optimized for our heat exchanger, in a shorter time than we could have with our standard design process.

- Cécile Laverrière, Applications Engineer

ToffeeX enabled us to quickly deliver an innovative cold plate design that enhances the efficiency of radar cooling applications. It allowed us to leverage advanced material-driven designs in additive manufacturing.

- Mathias Gebauer, Deputy Head of Laser Powder Bed Fusion Department, Fraunhofer IWU

Using ToffeeX, we are accelerating our design cycle and creating more efficient heat sinks. It only takes us a few weeks to go from the initial concept to manufacturing our design.

- Masato Tsuji, Mechanical Designer

ToffeeX enables us to explore regenerative cooling with an exceptional design cadence. Using their physics-driven software, we are able to create complex geometries that manage the non-linear heat flux seen within a rocket engine.

- Jack Tufft, PhD Candidate, Space and Exploration Technology Group

Next-level cooling
with generative design

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Product